PHARMACEUTICAL & BIOTECHNOLOGY
INDUSTRY UPDATE
September 2017
McIlvaine Company
TABLE OF CONTENTS
Avista Pharma Completes Durham Expansion
Merck Kgaa to Replace Filling Line at Bari Facility
Clegg Construction Overhauls Building at UK's Aston University
Alembic Sells Baddi Formulations Plant to Scott Edil Pharmacia
Lonza Expands Swiss Drug Product Site
Navesta Opens Plant in Sri Lanka
Cordenpharma Completes Early Development Suite at Plankstadt Facility
The Centre for Cancer Immunology, University of Southampton, United Kingdom
Capella Biomedical Research Laboratory, Cambridge Biomedical Campus, UK
Synpromics Expansion to Support Growing Gene Control Business
Kaneka Eurogentec to Build Plant in Belgium
Fujifilm Diosynth Opens UK Cell Culture Process Development Labs
FDA Approves ROVI Contract Manufacturing Plant in Madrid
Tjoapack Invests in Bottle Packing Ops
Concept Life Sciences Adds Two Lab Facilities at Alderley Park
Roche Spanish Plant Becomes Eighth Solid Dose Site for Recipharm
PSI Opens in Taiwan, Looks to Hong Kong For 2018
ADC Biotechnology Secures Money for Commercial Biomanufacturing Plant
Quanticate Opens Indian Facility
Providence Care Hospital, Kingston, Ontario
Amgen Collaborates for Biosimilar Roll-Out in China
Milliporesigma Opens Chinese Bioprocessing Centre to Showcase Tech
Micro-Sphere Partners with Harro Höfliger
Cambrex Opens Large Scale API Manufacturing Facility
Germfree’s Mobile Pharmacy Trailer
Roche Sells Italian Formulations Plant to CMO Delpharm
Pfizer Confirms Puerto Rico Plants Damaged By Hurricane Maria
Fujifilm Diosynth Biotechnologies Opens New UK Lab
BASF to Increase Capacity with New China Plant
China’s 3SBio Enters North American Market Through Canada’s Therapure Buy
BIM Technology Assists ConvaTec in Monobloc Cleanroom Installation
Boulting Environmental Services Completes Indivior R&D Facility
Roche to Increase Russian Supply through Pharmstandard
Amatsigroup Manufactures with Single-Use Isolator
Colorcon Opens New Technology Services Laboratory in Vietnam
Tigenix Expands Manufacturing Facility
Clintec’s Research Site Boost at Scotland HQ
PSI Opens in Seoul with Sites across South Korea
The project for the University of California's Riverside School of Medicine offered Biosafety Level 3 containment of dangerous biological agents.
This US$2 million project involved converting an existing laboratory space into a BSL-3 suite for faculty research programs. An experienced builder for this type of specialized construction, BNBuilders has completed numerous technologically-advanced life science and research facilities throughout the West Coast of the US.
At UC Riverside's School of Medicine, BNBuilders completed selective demolition of existing laboratory space and infrastructure in an occupied building, and constructed new procedure rooms and research space with new dedicated mechanical systems.
The 1,383 sq. ft. remodel included an anteroom, gowning/de-gowning room, shower area, procedure rooms, an autoclave, biosafety cabinets, and other specialized equipment.
BNBuilders also ensured that the laboratory met BSL-3 specifications to ensure appropriate containment of dangerous biological agents. BSL-3 laboratories must be behind two sets of self-closing doors, and any seams in the floors, walls, windows, and ceilings must be sealed to prevent any microbes from leaving the suite and for easy cleaning and decontamination.
The ventilation system must force clean air into the lab where infectious agents are handled, and air from inside the laboratory must be filtered before it can be exhausted back into the atmosphere. BSL-3 is commonly assigned to facilities that work with tuberculosis, SARS, yellow fever, and West Nile virus.
Jamie Awford,
Principal at BNBuilders, said: "This lab will offer new opportunities for UC
Riverside researchers to contribute to the worldwide knowledge of and treatments
for dangerous pathogens. We are proud to be a part of that important work."
Cambrex Corporation is adding a new $3.2m, 11,000 square foot analytical
laboratory to its High Point, NC-based facility.
According to contract development and manufacturing organization (CDMO), the
investment follows an increasing customer demand for analytical development and
validation services to support cGMP products at the clinical stage.
“Demand for analytical and process development and manufacturing at early clinical stages is growing as we see the record number of projects in the clinical pipeline," said Brian Swierenga, site director, VP operations, Cambrex High Point.
"At the same time the complexity of the molecules and the more stringent regulatory requirements has led to a greater proportional growth in demand for analytical resources," he added.
Cambrex purchased the 35,000 square foot High Point site from PharmaCore in October 2016, since which time it has invested more than $5m in the site. The most recent investment follows the addition of a fourth reactor suite at the facility in May of this year.
Equipment installation at the High Point facility will begin in Q3 2017. Validation and start up is expected in Q4 2017.
As part of the expansion, the company also plans to add twelve new analytical development scientists to its research and development team.
Last month, Cambrex also announced a $24m investment to open a new facility to
manufacture high potent APIs at its Charles City, Iowa plant.
Adding Scalable Stem Cell Gene Therapy Tech
CSL Behring will
launch itself into the stem cell gene therapy through the acquisition of
Calimmune, adding a preclinical candidate and two manufacturing efficiency
technologies.
CSL Behring is
set to pay $91m (€76m) upfront and up to $325m in milestone payments over the
next eight years for Calimmune.
According to
spokeswoman Natalie de Vane, the acquisition is the first step into the cell and
gene therapy space for CSL with the addition of an ex vivo hematopoietic stem
cell (HSC) gene therapy candidate and R&D facilities in Pasadena, California,
and Sydney, Australia “a natural complement” to the firm’s protein-replacement
business and its rare diseases focus.
“We have been
interested in the field for some time, and believe that Calimmune is an
appropriate point of entry into this area for us, and a good strategic fit for
our business and our longer-term strategic goals,” she said.
“Calimmune’s
preclinical hematopoietic stem cell (HSC) gene therapy, CAL-H, for the treatment
of sickle cell disease and β-thalassemia, aligns nicely with our deep expertise
and leadership in haematology.”
The deal also
brings CSL the Select+ and Cytegrity platform technologies which de Vane said
have broad applications in other ex vivo stem cell gene therapies.
“[The platforms]
have the potential to address some of the major challenges currently associated
with the commercialization of stem cell therapies, such as the ability to
manufacture consistent, high-quality product, and to improve engraftment,
patient to patient variability, efficacy and tolerability.”
The Select+
platform, for example, looks to reduce the required intensity of the
conditioning chemotherapy currently used, which could make HSC therapy an
outpatient procedure, while the Cytegrity tech looks to provide a scalable
manufacturing platform with high batch-to-batch consistency.
“[This] would be
a tremendous advantage as today lentiviral vectors are generally manufactured in
small batches through a convoluted process,” she said.
The deal is
expected to close in the next two weeks at which point CSL will hope to
integrate the business with minimal disruption.
“Immediately
after close, Louis Breton, Calimmune’s CEO, will report directly to our Chief
Scientific Officer and R&D Director, Andrew Cuthbertson. Additionally, we will
form a joint integration team focused on growing and building the Calimmune
assets and technologies.”
Gilead says it is committed to driving down costs of CAR-T manufacturing after agreeing to buy late-stage cell and gene therapy firm KitePharma for $11.9 billion.
Until the US
Food and Drug Administration (FDA) approved the first gene modified cell therapy
product in the form of Novartis’ Kymriah (tisagenlecleucel), Gilead Science’s
agreement to buy Kite Pharma was the biggest CAR-T cell-related story of the
week.
The $11.9bn
(€10bn) deal will see Gilead launch into the cell therapy space, adding the
chimeric antigen receptor (CAR) T cell therapy candidate axicabtagene ciloleucel
(axi-cel), currently under regulatory review in the US and Europe.
According to CEO
John Mulligan, Kite showing “manufacturing on an industrial scale could work”
helped convince Gilead “that now is the right time to get involved in this kind
of therapy.”
He told
investors in a conference call: “Kite was the right partner for us to work
together because they've everything they need for the first generation. They're
already thinking about and working on next generation. They have solved the
manufacturing problem.”
Axi-cel is made
by isolating peripheral blood mononuclear cells, including T-cells, from the
patient’s own white blood cells, which are then sent to Kite’s facility for
transduction with a retroviral vector. The site in El Segunda, California opened
in June 2016 and has the capacity to produce volumes of the autologous therapy
for up to 4,000-5,000 patients per year.
But while
axi-cel has been submitted for regulatory review with the EMA, manufacturing
plans have yet to be decided regarding the supply in Europe.
“The manufacturing is entirely in the United States and so that will limit what we can do,” Mulligan said, adding his firm and Kite were set to “work together to accelerate the expansion of manufacturing operations.”
Kite is Gilead’s
first foray into biological manufacturing and of the benefits of this therapy is
that it will not have to commit to large-scale stainless steel “$1 billion
plants you often have to build if you want to get into the biologics,” Mulligan
continued.
“It's a much
more cost effective scale of and that it's reproducible and often you can build
in the United States and you can reproduce that in the Europe, again in a fairly
cost effective way from a capital expenditure point of view,” he added.
“We became
enamored with the Kite philosophy of how to do that, how to do build the
station, how do get the workflow through, how to run multiple shifts so that you
could achieve the kind of patient flows that you wanted, the kind of flows
necessary to support the patient flows that we expect in the future.
“They are
committed to simplifying the system, so the future manufacturing is more cost
effective and more scalable.”
Nitto Denko
Avecia Inc. has opened its new oligonucleotide API manufacturing facility in
Milford, MA. The expansion adds 20,000 sq.-ft. of manufacturing and office space
and provides CGMP oligonucleotide manufacturing capacity up to 1.8mol. The total
capacity of Avecia’s Milford site has now more than doubled up to 3.0mol, which
makes Avecia in Milford, MA the largest oligonucleotide manufacturing site in
the world.
According to
Avecia’s president Detlef Rethage, “This expansion will help Avecia’s clients to
receive timely oligonucleotide API to advance their drug development programs in
clinical trials as planned. “Avecia takes pride that our engineers have
introduced novel technology, executed this expansion in record time, and in
close collaboration with A/Z Corporation to ensure the timely supply of novel
oligonucleotide therapeutics,” said Rethage.
Avecia has added
more than 120 jobs in the last 12 months in Milford and currently has more than
50 open positions at its four locations in MA, OH, and CA. The new
positions will specialize in microbiology, analytical chemistry, manufacturing,
quality assurance and engineering.
Q Laboratories
has purchased two buildings in Cincinnati, OH as part of its ongoing capacity
expansion. The two buildings are adjacent to the 30,000 sq. ft. lab currently
under construction, which is scheduled to be completed in spring 2018. The new
buildings comprise 25,000 sq.-ft., and will serve as administrative offices
supporting the company’s microbiology, analytical chemistry and R&D labs.
Until the new
lab building is completed, Q Laboratories has re-located the Microbiology Pharma
Lab to the newly purchased buildings allowing for expansion of both that lab and
the Microbiology Food Lab, which will utilize vacated space at the current
Harrison Avenue location.
Q Laboratories
president and chief executive officer, Jeff Rowe said, “Capacity expansion has
been a continued focus of the company and we did not want to wait until first
quarter 2018 when construction is completed to give these two laboratories much
needed space.”
Q Laboratories
provides microbiology, analytical chemistry and R&D lab services, including:
Method Development and Validation, Pathogen Screening, Indicator Organism
Enumeration, Nutritional Analysis, Raw Material Qualification, Microbial
Identification, Challenge Studies and Shelf Life/Stability Testing.
Oxford Genetics
has opened its first U.S. office located at the NGIN workplace near Kendall
Square in the Cambridge district of Boston.
By expanding
into the U.S. market, the company is well positioned to respond to its existing
customers’ needs, while also leveraging the very attractive sector and growing
market.
This is the
company’s first office outside of the U.K., and will support its business in the
U.S. and reinforce its commitment to delivering solutions that improve the
discovery and development of biotherapeutics. Oxford Genetics aims to grow its
U.S. commercial team to approx. 10 over the next 18 months, build on
collaborative partnerships and will focus on driving sales, as well as
strengthening its customer and technical support offering.
This global
expansion follows the company’s latest successful round of financing in which it
secured a £7.5 million investment that will also support the company’s 6,000-sq.
ft. expansion of its U.K. facility at Oxford Science Park. This will include
state-of-the-art cell line engineering capabilities, viral vector production and
purification suites, high-throughput robotic screening systems and process
development facilities.
“Over the past
twelve months we have seen increasing demand for our technologies and services
from the U.S. market so the decision to expand our presence there was a logical
step in the growth strategy of our business,” Paul Brooks, CCO of Oxford
Genetics, said. “The Boston area is a thriving hub for biotechnology talent and
technologies which we look forward to being a part of, as well as increasing our
ability to service a key growing market for Oxford Genetics.”
Avantor
Performance Materials has opened a new life sciences research center in
Bridgewater, NJ.
The center will
provide contract research capabilities, including gene synthesis, protein
expression, final formulation, and drug delivery.
The innovation
center employs research specialists including chemists and innovation associates
to collaborate with biopharmaceutical and pharmaceutical companies to address
their drug manufacturing processing objectives.
The facility was
leased in June by Avantor from The Garibaldi Group/CORFAC International, a
provider of real estate services based in the US.
Incorporating
multiple pharmaceutical research platforms, the new center will serve as a rapid
response research hub for biopharmaceutical, biologic, and small molecule
markets. It is expected to strengthen the company's innovation capabilities in
the pharmaceutical and life-sciences sector, as well as other advanced
technologies.
The Bridgewater
Innovation Center has a floor area of 26,769ft² and houses a variety of tools
required to help pharmaceutical companies with a range of upstream and
downstream bioprocesses in the fields of biopharma, analytical science, drug
formulation, and drug delivery.
Pharmaceutical
research tools available include multiple mass spectrometers, cleanroom
facilities, particle size analyzers, and specially constructed bioreactors.
The
biopharmaceutical focus areas include facilitation of recombinant protein
engineering, mid-scale bioreactor production, protein purification process
development, protein expression, custom chromatography resins, host organism
expression, and biophysical characterization.
"The new center
will serve as a rapid response research hub for biopharmaceutical, biologic, and
small molecule markets."
For analytical
science applications, the facility will perform characterization and
quantitation of products, spectroscopic data for structure elucidation,
microbial and endotoxin tests, profiling of organic impurities and elemental
impurities down to 0.5 parts per billion (ppb), surface and particle
characterization and identification, and chromatographic characterization of
organic impurities.
Drug formulation
and delivery activities at Avantor's innovation center consist of compatibility
assessment of active pharmaceutical ingredients (API) or advanced current good
manufacturing practice (cGMP) materials, a selection of excipients, control drug
release profiles, loading of API in the drug formulation, and prototyping of
drug device combinations.
Avantor's new
life-sciences research center is located within the JR1 building of the New
Jersey Center of Excellence life-sciences campus, which is situated on an
110-acre site in Bridgewater Township, New Jersey.
Situated on the
US Highway 202/206 in the middle of the Boston-Washington wealth corridor, the
site is well connected to major transportation routes. It is surrounded by
approximately 3,000 life-sciences companies and is located close to top
universities.
The research and
development (R&D) campus was launched in April 2013 and is owned and managed by
Advance Realty and investment firm CrossHarbor Capital Partners.
Headquartered in
Pennsylvania, Avantor Performance Materials is engaged in supplying
ultra-high-purity materials and solutions. It was originally founded as
J.T.Baker Chemical Company in 1904 and serves roughly 7,900 customers globally
with more than 30,000 products.
The company's
solutions are used for the research and production needs across various
industries including pharmaceutical, bio materials, medical device, diagnostics,
biotechnology, semiconductor, and aerospace.
Avantor's
products are marketed under brands including J.T.Baker®, Puritan Products™,
Rankem™, BeneSphera™, POCH™, Macron Fine Chemicals™, CareSil, and NuSil™.
The Alewife
Research Centre (ARC) will be located at 35 Cambridge Park Drive. Initiated in
February 2017, it will provide laboratory space for life science and
pharmaceutical companies.
Scheduled to be
completed by mid-2018, the center will enable more companies to contribute to
Cambridge's reputation as a prime center for research and development (R&D).
Alewife Research
Centre is being constructed next to Alewife subway station, which is nearby
Kendall Square and Harvard Square. The area can be accessed via the MBTA Red
Line subway and the Metro West suburbs via Route 2.
The ARC will be
situated in a five-story building with a total floor space of 223,000ft². It
will feature flexible lab and R&D spaces, an employee lounge, conference and
meeting areas, a fitness workout area with showers and lockers, and a bike room
with secure storage.
In addition, the
building will include a 29,000ft² penthouse to support the tenant roof-top
equipment.
A grand lobby
with a two-story atrium and gathering spaces will be provided, as well as a
service elevator with a capacity of 5,000lb running between the first floor main
lobby and the penthouse.
The center will
also include a loading dock area with dock levers and feature concrete slab
floors with a live load capacity up to 100 per ft². It will have a
floor-to-floor height of 11ft on the first floor and 14ft 6in on the other
floors. The column bay spacing will be 22ft 6in x 22ft 6in for the first floor
and 22ft 6in x 45ft for floors two to five.
The laboratory
in the ARC will feature air-handling units with pre-filters, final filters, and
chilled and hot water coils. It will have a paring at a ratio of 1.5 spaces per
1,000ft².
Spagnolo Gisness
& Associates (SGA) was awarded a contract to design the core, shell, and lobby
elements of the research building. McNamara Salvia, VHB, and AHA Consulting
Engineers were awarded the structural engineering services contract.
John Moriarty &
Associates was awarded the general construction contract for the research
facility. Ipswitch Bay Glass (IBG) was contracted to provide curtain walls and
windows for lab building.
Headquartered in
Boston, The Davis Companies (TDC) is a real estate investment, development, and
management firm. The company has invested more than $4bn in gross asset value
through real estate equity, debt and fixed-income securities. It owns real
estate portfolio of approximately 12 million ft² across the Eastern US.
Imagine you are
a teenager doing research in a lab reserved for professional scientists. That’s
pretty close to reality for South San Francisco High School students.
Welcome to the
Science Garage, a state-of-the-art biotech lab located on the campus of South
San Francisco High School. Biotech giant Genentech spent nearly $8 million to
build the lab, part of a partnership with the school district. The goal is to
get kids excited about STEM fields.
It’s also about
being a good corporate neighbor. Genentech employees also mentor local
elementary students, and host a science competition for middle-schoolers. The
company says it recognizes the need for all schools to have equal opportunity
for all kids.
“In South San Francisco, 30 percent of
students are English language learners, 40 percent of students are low income,
and they have bigger barriers to pursuing a high quality career in their own
backyard,’ explained Kristin Campbell Reed, Genentech’s Director of Corporate &
Employee Giving. “[So we are] really trying to make it clear that this science
drives so many things around them.”
But it’s not all
serious. The learning is meant to be fun and engaging. Lessons include a
chimpanzee paternity mystery, a tainted meat mystery, and a doggie allergy test,
with no actual animals used, of course. After a year-long pilot program, about
1,000 high school students in South San Francisco are using the Science Garage
curriculum.
Teachers get
mentoring too, and volunteer in-class help from Genentech employees. In the
hands-on program, 9th graders get four weeks of biotech work as part of their
biology class. Students can then take two more years of biotech classes, and do
an independent research project. The electives also meet the high school
requirements for entry into the University of California as well as California
State University.
The program
seems to be working. After soaking in lessons about protein analysis and DNA
sequencing, 17-year-old Nick Arcega is ready to pursue a STEM field when he goes
off to college.
“Getting to use
the tools that a possible researcher would use,” said Arcega. “Yes, this is
exciting.”
Arcega said his
plan is to pursue a career in forensic science.
It’s an outcome
South San Francisco Unified School District Superintendent Shawnterra Moore is
thrilled to see.
“It’s really
created hope and inspiration,” said Moore. “For our kids to really think, ‘I can
do this.'”
Alcami announced
its new analytical testing facility in the Cortex Innovation Community, a
200-acre innovation hub and technology district. The facility will be Alcami’s
new Center of Excellence for its advanced analytical testing operations.
Alcami’s
centrally located new St. Louis campus is easily accessible for both domestic
and international business partners. The site offers a variety of essential
technologies for development and testing. It offers a significant laboratory
expansion as well as a range of new capabilities, including a low humidity room
used to test and handle hygroscopic materials; isolator technology that will
serve as an upgrade from traditional sterility capabilities; Inductively Coupled
Plasma Mass Spectrometry (ICP-MS) equipment designed to assist clients in their
transitions from USP wet chemistry heavy metal requirements; a photosensitive
materials handling lab to protect light-sensitive materials and more.
“We are
delighted to expand our laboratory capabilities in St. Louis and are proud to
call the Cortex Innovation Community our new home,” said Dr. Stephan Kutzer,
CEO, President and Chairman of Alcami Corporation. “The successful completion of
this investment is an integral moment in Alcami’s history and will solidify our
position as a leading analytical testing solution provider for the pharma and
biotech industry.”
The site
specializes in chemical and microbiological analysis, including raw material and
antibiotic testing, drug product release and stability, and full drug product
manufacturing evaluation, including water analysis, environmental monitoring,
and in-process evaluations for both sterile and non-sterile drug product
including controlled substances.
ChromaTan will
develop an integrated and continuous downstream purification platform through
provisions in the 21st Century Cures Act to support manufacturing initiatives.
The $2.5m
(€2.1m) grant from the US Food and Drug Administration (FDA) will be used to
develop the Continuous Countercurrent Tangential Chromatography (CCTC) platform
at ChromaTan’s laboratory located in West Philadelphia
Oleg Shinkazh,
ChromaTan’s founder and CEO, said the two-year project was part of the 21st
Century Cures Act – signed into law in December 2016 – which has dedicated
funding to support advanced manufacturing initiatives and continuous
bioprocessing.
According to
Section 3016 of the Act, the US Health and Human Services department (under
which the FDA falls) may award grants “for the purpose of studying and
recommending improvements to the process of continuous manufacturing of drugs
and biological products and similar innovative monitoring and control
techniques.”
Shinkazh could
not make any statements related to the FDA and its motivations. “That's explicit
in the contract.”
Continuous
chromatography is an area which has been cited as “the next logical step” in
bioprocessing, with the need to develop such processes to reduce the costs of
making biological products, on the back of his firm’s deal with Wales, UK-based
bioprocessing resin maker Purolite for the supply of Protein A resin in the CCTC
system.
The project aims
to develop a platform that can continuously purify a monoclonal antibody (mAb)
harvested from a CHO cell-based bioreactor system through multiple purification
modalities, and will include process development, design, and testing of a
multi-unit operation process train.
It will also
create three jobs this to be filled this year, and potentially a further three
to be filled in 2018, Shinkazh said.
Cost:
$23,940,653
Size: 57,350 sq.
ft. (Gross Building); 37,236 sf (Net (Assignable) Building); 20,502 sq. ft.
(Laboratory & Laboratory Support)
Project Team:
Research Facilities Design, laboratory planner; Lionakis, architect
The new STEM
Center Building at Hartnell College comprises 20,502 sq. ft. of laboratory and
laboratory support space in a 57,350 sq. ft. building for the Department(s) of
Biology, Chemistry, Physics, Astronomy, Geology and Engineering. The facility
includes teaching laboratories and associated prep and storage spaces for
Anatomy, Field Sciences, Microbiology, Molecular Biology, Geology/Environmental
Science, General Chemistry, Organic Chemistry, Physics and
Engineering/Astronomy. Special support spaces include a Biotechnology
Laboratory, Aquaria Room and a Chemistry Instrument Room.
Completion Date:
September 2016
Bridgeport
Hospital Hybrid OR, Bridgeport, Conn.
Cost: $5 million
Size: 1,500 sq.
ft.
Project team
Architect:
Shepley Bulfinch
Mechanical,
Electrical, Plumbing, Fire Protection: Bard, Rao + Athanas (BR+A) Consulting
Engineers
Structural
Engineer: Spiegel Zamecnik & Shah Inc. Structural Engineers
Construction
Manager: Turner Construction
The Elizabeth M.
Pfriem Hybrid Operating Room Suite at Bridgeport Hospital combines integrated
technology and sophisticated imaging facilities into a state-of-the-art
operating theatre that will be used for cardiac, vascular and thoracic surgery.
The new hybrid
OR combines two existing operating rooms, an associated scrub room and a storage
room to accommodate the new facility. Previously, heart surgery, vascular
surgery and thoracic surgery were performed in two separate operating rooms, but
the new hybrid OR can accommodate either or all of these procedures in the same
space. The integrated imaging capabilities enable minimally-invasive surgery,
supplanting the need for high-risk, major open surgeries. This is less traumatic
for the patient and allows staff to monitor the success of the surgery in real
time, thereby cutting down on both procedure and recovery time. Additional
benefits of hybrid OR procedures to patients include less trauma, less scarring,
faster rehabilitation and a more positive overall patient experience.
The highly
sophisticated GE Discovery 740 System selected for the OR demanded a number of
unique design requirements, including special attention paid to the flooring
which had to be extremely accurate in terms of materials and leveling. Since
construction took place in an otherwise occupied and working hospital, thorough
consideration of noise and vibration control was also required. The new facility
includes new solid surface walls and epoxy painted ceilings to mitigate hospital
acquired infections.
This project was
completed on a relatively short timeline of only one and a half years from
pre-design to completion, and on a limited $5 million all-in budget.
Completion date:
April 2017
Ajinomoto Althea, Inc. has opened a GMP production suite in its newly constructed High Potency Products (HPP) commercial manufacturing facility in San Diego, CA.
The San
Diego-based contract development and manufacturing organization (CDMO) purchased
the facility on May 1, 2015. Phased construction and retrofitting have been
progressing since January 2016.
The 57,000 sq.
ft. plant will offer several services. The facility is currently offering
process development and analytical services and will be open for GMP
bioconjugation and complex formulation in November 2017.
Full manufacturing services, including high containment fill and finish, are
expected to begin in Q4 2018.
The first
manufacturing contract for the facility has been secured, and while the deal’s
terms are confidential, it will include technology transfer, analytical method
implementation, process validation, and GMP Drug Product manufacture in
preparation for commercial launch of the client's key therapeutic drug,
according to Althea.
In August, the
CDMO also added a new aseptic fill/finish line at its San Diego headquarters in
response to client’s concerns regarding active pharmaceutical ingredient (API)
manufacturing costs.
LabCentral and
Pfizer announced plans to open LabCentral 610, a new LabCentral offering located
at Pfizer’s Kendall Square Worldwide Research and Development campus. The
33,000-square-foot facility is slated to open in December and will house up to
six early- to mid-stage companies. Eligible startups include those with
high-impact science, excellent execution, and significant prospects for
achieving scientific and business success whose space needs exceed current
LabCentral offerings. The companies may be ‘graduates’ from the current
LabCentral space, or those interested in securing space in the thriving
bioscience Kendall Square neighborhood.
A joint steering
committee made up of representatives from LabCentral and Pfizer evaluate
potential companies. Three local biotechs have been accepted: Affinivax,
EnBiotix, and Aquinnah Pharmaceuticals. Companies interested in applying can
learn more here on LabCentral’s website.
As our resident
startups have met their scientific milestones quickly and efficiently, they’ve
thrived and grown – often citing LabCentral’s support and coworking model as a
key factor,” said LabCentral Cofounder and President Johannes Fruehauf, M.D.,
Ph.D.”
LabCentral
developed the LabCentral 610 site in response to requests from resident startups
outgrowing or “aging out” of its original facility who want to remain within
LabCentral’s supportive environment as they continue on in their next stage of
development.
“Pfizer is proud
to add LabCentral 610 to our growing Kendall Square Worldwide Research and
Development campus,” Pfizer’s Chief Scientific Officer of Internal Medicine
Morrie Birnbaum, M.D., Ph.D. said. “Collaborating with leaders such as
LabCentral to foster scientific exchange and grow the next generation of
biotechs is core to our mission, and it’s a testament to the strength of the
area’s biomedical ecosystem to see these types of collaborations develop.”
Dr. Birnbaum
serves on the LabCentral 610 joint selection committee and is also the Pfizer
Worldwide Research and Development site’s senior scientific director.
Fresenius Kabi has started work on a $250m (€220m) sterile drug manufacturing plant in Illinois, US.
The German drug
manufacturer announced plans for facility last year, explaining that
construction at the site in Chicago’s Melrose Park suburb will help it capture a
greater share of the US injectables market.
The project will
create several manufacturing suites equipped with automated aseptic filling
lines, expanded lyophilization capabilities, and formulation areas, as well as a
dedicated warehouse for raw materials.
Brammer Plant Expansions
The contract
development and manufacturing organization (CDMO) has selected Pall Life
Sciences as its single-use equipment partner at its sites in Florida and
Massachusetts.
This year,
Brammer Bio has invested in its biomanufacturing capabilities, with a $40m
expansion at its late-stage and commercial-ready cell and gene therapy facility
in Cambridge, Massachusetts and a $10m expansion at a Phase I/II plant in
Alachua, Florida.
Pall Life
Science announced it had been chosen as a preferred technology partner “to
deliver an end-to-end single-use platform solution from upstream to
downstream,” according to Mario Philips, vice president and general manager of
Pall Biotech.
The Alachua site
will feature cell culture capabilities of up to 500L, while Cambridge will have
a scale of up to 2,000L, both fully equipped by Pall. This includes Allegro STR
single-use stirred-tank bioreactors range, fixed-bed bioreactors for the
scale-up of adherent processes, and 25 bi-axial rocking bioreactors.
In the
downstream, Pall will supply the sites single-use tangential flow filtration
(TFF) systems, Allegro MVP systems for fluid automation, and Allegro single-use
chromatography systems.
“With Pall’s
critical process solutions and process support, we look forward to building on
more than 100 executed projects and 150 clinical cell and gene therapy lots in
Florida—including many first-in-human trials—and 600 plus commercial biologics
batches produced in Massachusetts,” Brammer’s CSO Richard Snyder said in a
statement.
Irvine Scientific Expansion
Irvine
Scientific has expanded its cell culture dry powder facility in California to
support the projected increase of biotherapeutic production.
The facility in
Santa Ana, California has increased its dedicated capacity for Irvine
Scientific’s animal component free (ACF) dry powder, used in the cGMp production
of biologics, vaccines and cell therapies, to 12,000L through the expansion.
While financial
details were not divulged, spokeswoman Lori Serles said the expansion is
continual and linked to the firm’s long-term growth strategy. She added the
expansion was necessary to feed demand for the number of biopharmaceuticals in
development.
“Every market
report shows an expected increase in the production of biotherapeutics, both in
quantity and in number of approved drugs. Coupled with that is a projected
increase in demand from existing customers and new customers as our account base
expands.”
The new tumble
blending enables the company to provide customers with homogeneous powder media
in single production batch sizes of up to 7,000 kg.
“As more
companies learn of our capabilities and the quality of our products the demand
for our media keeps increasing. We are very confident that we will be making
full use of our expanded production capacities.”
The expansion
will not lead to new hirings, per se, though Serles said the firm has been
growing in headcount in recent years though and expects that trend to continue.
Irvine’s
manufacturing process follows regulatory guidelines for current good
manufacturing practice (cGMP).
“In very
simplistic terms the components, or qualified raw materials, of our media are
processed in an impact mill, then blended in our tumble blender to achieve a dry
powder media that is homogeneous for consistent particle size as well as uniform
distribution of components,” Serles explained.
“Formulas,
processes and material transfer are all designed and optimized to minimize the
potential of contamination, thermal damage or de-blending of media that other
processes such as mechanical conveyance can have.”
Germfree has
been providing equipment for compounding sterile IV and hazardous drug
preparations to the hospital pharmacy industry since the early 1970’s.
Germfree’s HEPA filtered, unidirectional airflow equipment, also called Primary
Engineering Controls (PEC), provide an aseptic environment that allows the
pharmacist to handle sterile products in a contamination-free environment. As
regulations in the hospital pharmacy have evolved, a shift toward placing PECs
into ISO 7 Cleanrooms (Secondary Engineering Control (SEC) has occurred. The
United States Pharmacopeia (USP) ‘Guidelines for Pharmaceutical Compounding –
Sterile Preparations’ (USP 797) and ‘Hazardous Drugs – Handling in a Healthcare
Setting’ (USP 800) define the requirements for these SECs and PECs.
Controlled
Environments spoke with Jeff Serle, Senior Vice President/Chief Design Engineer
of the Mobile Pharmacy Trailer, about the use of the mobile cleanroom facility.
Controlled
Environments (CE): What led to the need for this cleanroom facility?
Jeff Serle (JS):
Regulations in the hospital and healthcare pharmacy have evolved significantly,
especially over the last 12+ years. These regulatory changes have impacted the
demand for cleanrooms needed to prepare sterile IV preparations. When hospitals
renovate their facilities to augment, add or improve cleanroom space,
compounding operations must continue without interruption. Germfree developed
the Mobile Pharmacy Trailer (MPT), the first USP 797/USP 800-compliant mobile
cleanroom to allow for seamless drug compounding operations during hospital
renovations.
CE: Who was
involved in designing it?
JS: The MPT
Cleanroom facilities were designed by our in-house engineering and design teams,
with input from the user community (hospital pharmacists) and the cleanroom
testing community, including the Controlled Environment Testing Association
(CETA) certifiers. The design was based on the requirements of USP <797> and USP
<800>, with an eye on State Board of Pharmacies, who can adopt USP guidelines
into law or develop their own guidelines, which may or may not be directly in
alignment with the USP guidelines.
CE: What
challenges were faced along the way?
JS: We faced a
couple of challenges in the development of the MPT. Our engineering team’s
biggest challenge was designing the environmental control system that can
maintain the demanding indoor air requirements in a hospital pharmacy across the
varied climatic conditions experienced in the U.S. From a process side, a
key challenge for us was to develop a standard product, the MPT, that would
satisfy the regulatory requirements of each state.
The challenge to
develop the MPT cleanroom was a natural fit for our design and engineering
teams. We utilized our experience in manufacturing high containment mobile
laboratories and our background in Primary Engineering Controls (PECs) to create
this new type of flexible cleanroom to fulfill a critical need.
CE: Can you
comment on the size and cost?
JS: The Hospital
Pharmacy Cleanroom is built around a Germfree-specified version of a
semi-trailer platform suited for the extensive modifications required to create
the critical interior cleanroom environments (zones). The overall trailer is
8.5’ wide x 13.5’ tall x 53’ long (plus an additional 2’ for the redundant
Environmental Control Units ECUs). Cost for these units varies based on duration
of use or special requirements. The price includes all the equipment required to
operate a hospital pharmacy, including the primary containment devices, also
manufactured by Germfree.
CE: Who will be
utilizing this space?
JS: The space will typically be used by a hospital pharmacy for their compounding sterile operations. The cleanroom can accommodate a hospital pharmacist and three to four technicians during a normal shift and operates 24 hours a day, seven days a week. The units can also solve space constraints or surge capacity demands on a healthcare facility. The MPT is also an option for cancer treatment centers, as well as use for clinical drug trials.
JS: Hospital and
healthcare facilities will continue to find applications where the MPT can fill
a gap in cleanroom capacity. Practitioners, process engineers and researchers
are now able to see that a viable, advanced cleanroom space can be built into a
mobile platform. This creates the next-level in rapid deployment and
flexibility.
In other
sectors, we currently provide similar units used by pharmaceutical manufacturing
companies for applications ranging from production of FDA-approved drugs for
human use, manufacturing drugs for clinical trials as well as training and
evaluation of personnel that operate within these critical environments.
As the industry transitions toward emerging biopharmaceutical therapies and
small-batch personalized medicine, Germfree’s Mobile BioPharmaceutical Cleanroom
Trailers will provide a flexible bioproduction platform. This will help
companies dramatically reduce the time to gain regulatory approval for
innovative new therapies.
SGS, a
bio/pharmaceutical analytical and bioanalytical contract services provider, is
expanding its facility in Lincolnshire, IL. The expansion will increase the
site’s current footprint from 38,500 sq.-ft. to nearly 58,000 sq. ft. and was
scheduled to be completed by September 2017.
The expansion
will allow the facility to increase capacity for a wide range of services,
including analytical method development and testing, microbiological evaluation,
drug stability studies, testing of containers and medical devices, and utilities
qualification and monitoring. Additional staff will be employed to meet the
demands on the lab.
“This investment
allows us to be flexible in our approach to meeting both existing and future
customer demands,” said James Nokes, vice president, U.S. Agriculture, Food and
Life. “Analysis and bioanalysis techniques continue to evolve rapidly, and are
driven by technological advances and regulatory needs. At SGS, it is our aim to
ensure we can offer our clients integrated solutions to support their needs, so
we continue to invest in capabilities, capacity and our staff to maintain our
professionalism and efficiency.”
This expansion
follows a series of recent investments at the company’s global lab network,
including increases in extractables and leachables capabilities in Fairfield, NJ
and Shanghai, China; and an investment in bioanalytical capabilities and
elemental analysis in Poitiers and Villeneuve-la-Garenne, respectively.
Cleanroom and
laboratory design and construction specialist, Boulting Environmental Services
(BES) has completed the construction phase of a £13 million project for global
pharmaceutical business and world leader in the treatment of opioid addiction,
Indivior.
The new research
and development (R&D) facility will be used to test and manufacture a
non-addictive alternative to methadone, in order to improve patient experience
on a global scale.
Boulting
Environmental Services was the principal designer and principal contractor for
the project, carrying out a complete turnkey package that included groundwork,
piling, shell construction and the internal specialist architectural fit out of
cleanrooms and laboratories.
The two-story
cGMP facility provides 53,800 sq. ft. (5,000 square meters) of ISO7 and ISO8
product development cleanrooms and laboratories, along with highly specified
offices, meeting rooms and a restaurant for staff.
Due to the
nature of the facility, a full inspection from the Home Office was required
after construction. The auditor not only gave the building approval, but
referred to it as state-of-the-art — a testament to the quality of work that
Boulting Environmental Services carried out on the site.
Several
ex-DuPont scientists let go during the American chemical giant’s recently
completed megamerger with Dow Chemical have formed a nonprofit CRO, which will
start operating at a new lab on Oct. 1.
With a
“generous” startup fund consisting of an undisclosed amount from the Longwood
Foundation, the CRO, called the Science, Technology and Research Institute of
Delaware (STRIDE), has leased lab space at the Delaware Innovation Space.
The hub is a
science-related business incubator set up by DuPont, the State of Delaware and
the University of Delaware at DuPont’s underused Experimental Station campus in
Wilmington, Delaware.
The governance
and business model of the CRO are in place, but only when it moves into the new
shop will it officially be able to offer its innovation and R&D services to
startup companies in biology, chemistry and related industries through its
affiliate, STRIDE Services. Those services include polymers, computational
chemistry, as well as technical, patent and marketing strategies consultancy.
“We can help our
industrial clients innovate and develop new products and technologies, either by
collaborating with their scientists when requested and/or working as an
extension of their R&D departments,” STRIDE’s president Seetha Coleman-Kammula
said in a statement.
The organization
also has an 85-person-strong team, most of whom are former DuPont scientists who
have innovative ideas but lacked access to resources to test them out, let alone
bring them through to commercialization. For them, STRIDE offers access to
resources, including the new lab space, so that they can advance their research
to a stage where they can patent their inventions, attract funding and launch
new businesses, the company said in the statement.
STRIDE is also
growing its scientific talent pool by offering members other services, including
networking, training events and marketing of members’ scientific services.
Both STRIDE and
the Space were formed on the backdrop of the Delaware government’s effort to
keep many former DuPont scientists and their work within the state. The new lab
space leasing deal “gives them a home that will allow them to do what they love
to do—get back to work in the lab,” Sen. Chris Coons, D-Del., said in a
statement.
Avista Pharma
Solutions, Inc. has completed the expansion and upgrades to its Analytical
Laboratories at its Durham, NC facility. The investment significantly increases
capacity as well as a range of capabilities for its pharmaceutical and medical
device clients.
The Analytical
Research and Development (ARD) and Quality Control (QC) labs have doubled in
size and expanded the service offerings. The completed Analytical Laboratories’
systems and equipment include a Thermo Scientific Orbitrap High-Resolution Mass
Spectrometer, Mass-Directed Preparative Chromatography, Agilent UPLC-tandem Quad
MS, Waters H-class UPLCs with six-column switching capabilities and
PDA/ELSD/CAD/Single Quad MS detectors, along with upgraded Laboratory
Information Management System (LIMS), Empower 3 Chromatography Data Software and
Agilent MassHunter software with Enterprise Content Manager.
“Expanding our
laboratory and adding new service offerings reinforces our commitment to
providing our clients with a world-class center of excellence to assist in their
product development efforts,” said Patrick Walsh, chief executive officer at
Avista. “Our clients choose to work with us because our skilled teams are
relentless in support of their project needs.”
Avista’s full-service offering includes: Chromatographic method development for assay and related substances, potential genotoxic impurities, organic volatile impurities and residual solvents; Spectral identification using upgraded FTIR, NMR and UV-Vis instrumentation; Structural chemistry and impurity identification through accurate mass LC-MS and generation fragmentation (MSn), 1D and 2D NMR and preparative chromatography isolation.
Merck
Kgaa to Replace Filling Line at Bari Facility
Merck KGaA will install a new aseptic filling line at its facility in Bari, Italy for multiple sclerosis drugs, fertility treatments and growth hormones. The German drug manufacture announced the plan, explaining it will spend €35m ($41m) to replacing an existing filling line at the facility.
A spokeswoman
said, “The new line will replace an existing one, leveraging the latest
technological developments while providing an increase in capacity. She explained
the plan “is part of continuous investments in our manufacturing network to
maintain state-of-the-art industry level and adapt its capacity to patient needs
for our medicines.” The line will be
used to fill Merck’s multiple sclerosis Rebif, its fertility disorder treatments
Gonal-f and Ovidrel as well as the growth hormone Saizen. It is due to become
operational in 2022.
The Bari
facility was established in 1992 as a hub for fill finish activities. Drugs made
at the site are shipped to 150 countries.
The new
investment is the second in the past five years. In 2014 Merck spent €50m to
install a fully automated production line under isolator and set up an automated
warehouse at the site.
Aston University
is revamping its School of Engineering and Applied Sciences facilities.
UK-based Clegg
Construction has started a £4.5m contract to overhaul part of the main building
at the University's campus, close to Birmingham city Centre. It will involve
remodeling existing under-utilized space in the building and transforming it
into new labs for the University's School of Engineering and Applied Sciences,
which will use the space for research into fiber optic communication.
Clegg
Construction will carry out a range of works including internal demolition,
stripping out of existing services and the creation of new rooms and lab spaces,
including a cleanroom.
Work is due to
be completed by the end of October 2017.
The work is part
of a wider multi-million pound redevelopment of the entire estate at Aston
University.
Clegg is
familiar with the campus after completing a £5.2m remodeling of the School of
Engineering and Applied Science's chemical engineering and applied chemistry
facilities, also in the Main Building, in 2013. Aston
University's Director of Estate's, Ian Oldacre, said: "Clegg Construction has
shown a flexible approach that enables success in delivering schemes in
sensitive and live buildings. This is a factor why Aston University has enjoyed
successful projects with them."
Clegg Food
Projects has also recently completed a testing lab for Eurofins, a global
providers of pharmaceutical, food, feed and environmental testing services,
Eurofins will be using the new laboratory to test water and pharmaceutical
products.
The project worth £4 million was to transform a property in Livingston near Edinburgh into high-tech laboratories. Approximately 40% of the overall 58,000 ft2 property has been developed, with plans to expand further over the next three years. As part of the five month-long renovation, Clegg Food Projects also created high-end staff facilities including office space and amenities.
The new
laboratory building is part of Eurofins' plans for growth, specifically
developing its pharma offering and GMP testing capabilities in the UK, as
customer demand continues to rise.
Alembic
Pharmaceuticals Limited has sold its drug plant in Baddi, Himachal Pradesh to
Scott Edil Pharmacia Limited. The sale was
announced in a Bombay Stock Exchange (BSE) filing. Alembic said the formulations
plant was divested on a “slump sale basis,” meaning that Chandigarh-based Scott
Edil paid a lump sum. Alembic – which
generated revenue of INR31.34bn ($490m) in the 12 months ended March 31 - also
revealed the Baddi plant had made an “insignificant” contribution to its sales
in fiscal 2016. According to its
website, Scott Edil Pharmacia operates a manufacturing facility and an R&D
facility in Baddi.
News of the
facility sale comes a few weeks after Alembic inaugurated a drug manufacturing
plant in Panelav, Gujarat. According to
Alembic, the Panelav facility will supply international markets with generic
drugs. The firm also
said it will cater to domestic demand at a facility it set up in Namthang,
Sikkim. A number of drug
companies have set up manufacturing facilities in Sikkim in recent years.
In 2007, the
Indian Government said manufacturers which set up in the region before April
2017 would not have to pay taxes on revenues generated by products made there
for 10 consecutive years.
Alembic set its
plant up in 2014 joining peers Cipla, Sun Pharma, Zydus Cadila, IPCA, Alkem Lab,
Intas Pharma, Torrent Pharma and Unichem which all operate facilities in the
state.
Lonza will feed
demand for its drug quality testing and formulation capabilities through an
expansion at its Drug Product Services site in Basel, Switzerland. The Stücki
Science Park-based facility launched in November 2016 and focuses on parenteral
dosage form development.The expansion
will add drug product process development functions to the GMP site, and
increase its formulation development, drug product analytics and quality control
(QC) capabilities. Spokesperson
Dominik Werner said the decision to expand the site came from an increased
market demand.
“The Drug
Product Service [DPS] offering was immediately successful in the market,
filling up our capacities. That’s why we decided to expand our footprint for
parenteral dosage form development with a further build-out of its DPS.” “The expansion
after only one year of operations shows the significant customer need and
interest leading to different new business opportunities,” he said. The firm said
the expansion will add more than 50 roles to the site.
Werner added the
facility’s services will include options for small and large molecule drugs. “Services will
include options for monoclonal antibodies, other biologics, drug conjugates,
peptides and small molecules that require a parenteral dosage form,” he said.
The contract
manufacturing organization (CMO) offers services for parenteral dosage forms
including products for injection and infusion for intravenous, subcutaneous, and
intraocular routes of administration.
Specialized
services also include excipient and surfactant characterization, extractables
and leachables assessment, container closure integrity testing and particulate
identification, characterization and quantification.
Sri Lanka-based
Navesta Pharmaceuticals has opened the country’s first sterile pharmaceutical
manufacturing plant in Horana. It also represents Sri Lanka’s first
pharmaceutical facility that is compliant with EU Good Manufacturing Practices
(EU-GMP) and Pharmaceutical Inspection Co-Operation Scheme (PIC/S), which will
enable the company to export their products to most global markets that accepts
these accreditations. Additionally, the facility is also equipped with the
country’s first EU-GMP compliant A and B Grade Microbiology (MB) laboratory,
capable of carrying out comprehensive, advanced in-house testing methodologies.
The company says
it will primarily meet the local demand of 12 products in the penicillin
category—dry powder injectables that were previously imported to the country.
“We have and
will continue to generate numerous employment opportunities for Sri Lankans who
specialize in pharmaceutical fields such as biochemistry, pharmacology,
chemistry, pharmacy and engineering as well as Sri Lankans who are interested in
developing this new industry further,” said Sanjaya Jayaratne, chairman, Navesta
Pharmaceuticals. “Most importantly, Navesta’s ultimate aim is to provide a
reliable, vertically integrated local supply chain, which will provide
accessibility of high quality pharmaceuticals for our citizens. All our efforts
surround the idea that we as a company, have a social responsibility to this
generation and the next in providing our citizens better opportunities of a
livelihood through our continual industry development, reinvestment in the
communities, and empowerment of our employees to carry this vision forward for
Sri Lanka.”
Navesta’s 40,000
square-foot manufacturing facility has a capacity to produce 50 million vials,
saving millions in foreign expenditure for the country. Navesta Pharmaceuticals
will expand the facility in the coming years to increase its production capacity
by three-fold and contribute significantly to the Sri Lankan economy with
exports. With the set-up of this facility, over 100 direct employment
opportunities were created to include local graduates from chemistry,
engineering, finance and pharmaceutical studies, while over 500 indirect
employment opportunities were created through local home industries and
ancillary services.
Navesta’s
manufacturing facility houses 13 incubator chambers and 2 walk-in incubators
which are Sri Lanka’s first 21 Code of Federal Regulations (CFR) compliant
equipment sets. All test and measuring instruments that are used within the
facility are calibrated up-to-date, from local and foreign agencies with ISO
17025 or ISO 9001 accreditations.
In 2015, the Government of Sri Lanka enacted the new National Medicinal Drugs Policy, which encouraged more local companies to explore the opportunity of manufacturing pharmaceutical products, to drive Sri Lanka towards the vision of becoming self-sufficient in pharmaceuticals by 2020.
CordenPharma has
completed development of an early development suite for highly potent, oral
solid dosage products at its Plankstadt, Germany location. According to the
contract manufacturing organization (CMO), the new facility enables the
production of small batches from 100g to approximately 1,000g. The facility is
able to provide compounds with various potencies and containment degrees.
"The setup in the new facility of CordenPharma Plankstadt is very flexible – it allows for operations to take place at three different levels of containment," said Jason Bertola, director, global highly potent and oncology platform, CordenPharma International. "Basically, it progresses from an open system for non-highly potent compounds, to a semi-closed system (sliding glass pane) to a fully enclosed system for OEL below 1mg/m3. The containment systems can be connected by Rapid Transfer Port (RTP) to allow the transfer in and out of the individual barriers safely," he said.
As Bertola
explained, the production of small technical batches was a gap in CordenPharma's
service offering and the new facility addresses this gap. "This area is non-GMP
and designed for development work," he added.
The addition
follows a series of investments made during the past year, including expanded
capacity and capabilities at its Boulder, Colorado facility in the US. The company has
also recently implemented a program to address corporate and quality systems,
organization structure and infrastructure, and includes a process to involve
customers in improving transparency.
The
Centre for Cancer Immunology, University of Southampton, United Kingdom
The University
of Southampton's Centre of Cancer Immunology is currently under construction at
Southampton General Hospital site, located adjacent to the Somers Building, and
will be the first and only Centre in the UK when completed. It is being
developed by the University Hospital Southampton NHS Trust and Southampton City
Council. The Centre will
have well equipped research facilities, including a clinical trials unit, suite
of molecular biology laboratories, and a pre-clinical immunology lab to support
the development of new cancer immunotherapies. Construction of
the facility is expected to be completed with an estimated investment of £25m
($32.46m) this autumn, while the official opening is expected next spring.
The University
of Southampton launched a campaign to raise £25m ($32.46m) fund for the
construction of a new cancer immunology Centre in 2015. The Centre received
donations from the Wolfson Foundation, Matthew Hodgson of Warwick Capital
Partners, and Coldplay. Solent LEP
contributed £4.5m ($5.84m) for the construction of the Centre, which is being
carried out as part of the 21+ NHS procurement framework.
The planning
application for the construction of the Centre was approved by Southampton City
Council in February 2016. The topping out ceremony of the building was held in
October 2016.
The Centre for
Cancer Immunology will be situated in a four-story building, which will have a
total floor space of 43,040 sq. ft. (4,000m²). The upper two floors of the
building will have space dedicated for researchers and administration, while the
lower two floors will house laboratories.
The ground floor
of the building will include an impressive atrium, along with space for meeting
rooms and the clinical trials unit, and an open plan and dedicated office space.
The first floor
will include an open-plan work space, in addition to interdisciplinary breakout
areas. It will also include space for meeting rooms for researchers, PhD and
undergraduate students, senior academics, and clinicians in cancer immunology.
The second floor
of the building will be a hub for laboratory research. It will have space
dedicated for study and work areas for students and staff.
The Centre for
Cancer Immunology will accommodate world-leading immunotherapy scientists,
clinicians and technical experts to collaborate in an interactive environment to
generate new knowledge and to develop new treatments.
It will include
sophisticated research equipment for the development of new cancer
immunotherapies ranging from discovery in the lab to clinical trials. It will
act as a hub for academic and industry partners worldwide, and will enhance
clinical trials to explore new areas to develop lifesaving drugs for cancer.
It will include
a clinical trials unit, a suite of molecular biology laboratories, and a
pre-clinical immunology lab. It will significantly enhance the number of staff
working on cancer immunology and the number of patient clinical trials.
The new facility
will attract leading scientists from all over the world in the development of
immunotherapy treatments, and will partner with Francis Crick Centre in London.
It will perform research in multiple cancer forms from lung to skin, and
pancreatic to neuroblastoma.
PM Devereux was
awarded a contract to provide the design for the Centre for Cancer Immunology.
Kier Construction Southern was contracted to provide general construction
services for the project.
Construction of
a new laboratory building known as Project Capella was initiated at the
Cambridge Biomedical Campus in February 2016. Located next to
the Cancer Research UK building near Addenbrookes hospital, the new facility
will allow collaborations between scientists and clinicians to further advance
the application of stem cell discoveries into the patient setting. The University
of Cambridge was granted planning permission for the Capella building in
February 2016. The project is expected to be completed with an estimated
investment of £79m ($112.48m) by Q2, 2018.
The Capella
research facility will be a six-story building with a total floor space of 193,680 sq. ft.
(18,000m²). The exterior will feature a two-story glazed box with gold metal
detail and double-height entrance foyer. The spine of the building will be clad
with flat-faced graphite panels. The building
will include a green screen to enhance the public area surrounding the
development. It also will feature a bespoke timber frame structure with green
roof, which will provide 324 cycle spaces on site. The facility
will include sophisticated laboratory spaces, offices, cafés, seminar rooms,
exhibition spaces, and meeting suites to accommodate a variety of biomedical
research groups.
It will also
accommodate the Cambridge Institute for Immunotherapeutics and Infectious
Disease, the Milner Therapeutics Institute, and Cambridge Stem Cell Institute.
It aims to advance a Centre of excellence and initiate a foundation for the
development of new medical treatments.
The facility
will also include robotics suites for customized drug screening and gene
editing, as well as bioinformatics support.
Construction of
the Capella biomedical laboratory began in February 2016. The facility is being
constructed using building information modelling (BIM) techniques. More than 80%
of the frame and façade was built off-site as precast modules comprise precast
columns, edge beams, and precast floor slabs with structural toppings. The
topping out ceremony was held in April 2017.
Installation of
mechanical services inside the building commenced after installing 6m
pre-fabricated modules on the ground floor and fan coil units from ground to
third floor in January 2017.
Installation of
all external cladding panels and gold box glazing was completed in March 2107.
The designs for
the Capella biomedical research laboratory were provided by Fairhurst Design
Group (FDG).
The building
construction contract was awarded to Kier Construction, which is being assisted
by a team of consultants including Arup (consulting engineer), Arcadis (project
manager), and Aecom (cost consultant).
PCE was selected
as offsite superstructure construction partner, which provides hybrid precast
columns with a combination of precast concrete edge beams and structural steel
delta beam spine beams.
Alcrete Building
Systems was appointed by PCE to provide design, manufacture, deliver, and
install more than 100 precast units.
The building is
being constructed with the aim of achieving Building Research Establishment
Environmental Assessment Method (BREEAM) excellent rating.
The German
biotech company can now supply its proprietary ligand on a GMP industrial-scale
for clinical applications in immune-oncology.
Riboxx
Pharmaceuticals, a German biotech company specializing in the development of
toll-like-receptor (TLR) and RIG-I-like-receptor (RLR) ligands, and Accinov, a
biomanufacturing center located in Lyon, France, announced the manufacture,
including packaging and quality control, of Riboxxim, a potent TLR3-ligand, on
an industrial scale and in compliance with good manufacturing practices (GMP).
Riboxx manufactured the ligand using its patented Tenpora process according to
European Union GMP requirements.
Riboxxim is the
company’s experimental immuno-oncology drug that activates the innate immune
system to eliminate cancer cells. It has been validated in pre-clinical studies
for immunotherapy of cancer. It is available for clinical applications in
immune-oncology and therapeutic vaccines.
Moving to a
larger facility will help Scottish firm Synpromics Ltd increase its gene control
and cell line services presence, the firm says. The gene control
and synthetic promoter development firm has moved into a new facility at the
Roslin Innovation Centre, about 10km south of Edinburgh, UK adding over 5,000
sq. ft. of lab and office space.
The expansion
fits with the firm’s growth strategy which saw revenues reach over £1.2m ($1.6m)
in 2016, and according to Synpromics founder and CSO Michael Robert, further
growth is expected this year.
“Synpromics is
committed to be the global leader in gene control,” he said. “This move into a
world-class facility enables us to realize that goal, giving us access to an
excellent infrastructure and cutting-edge research being undertaken at the
Roslin Institute.”
He added the
firm is looking to grow in size by an extra 25% over the coming year, and the
move will provide the room for new staff and equipment.
“It gives us the
space that we need for the expanding team, in particular providing the creative
environment that allows our scientists to flourish, meaning we can more
effectively build on our PromPT platform and meet the growing demand for our
technology.”
Synpromics’
PromPT platform is a bioinformatics database for the design, build and screening
of synthetic promoters. These promoters allow for precise control of gene
function, impacting gene therapy, cell therapy and gene editing.
In the past
year, the firm has inked a number of agreements, including separate deals with
GE Healthcare and Sartorius to increase stability and yield, and reduce the
lead time, of CHO cell lines used in bioprocessing.
It also received
a £5.2m boost in April in the form of funding from UK-based companies Calculus
Capital, the Scottish Investment Bank, the investment branch of Scottish
Enterprise, and private shareholders.
Kaneka
Eurogentec has announced plans to build a biopharmaceutical manufacturing
facility in Seraing, Belgium. The facility –
which will be adjacent to the contract manufacturing organization’s (CMO) plant
– will produce protein-based drugs, antibody fragments and plasmid DNA for
therapeutics. The plant will house a 2,200L fermenter.
The firm – which
is owned by Japanese chemical producer Kaneka – cited “current market need” as
motivation for building the new plant.
Executive vice
president Lieven Janssens said: “The rapid growth in cell and gene therapy
products is driving the need for large batches of plasmid DNA. He added that:
“Our existing pharma and biotech customers have already expressed the need for
kilo-scale manufacturing capabilities and we have developed equipment and
methods to respond to these needs with the new facility.”
Work on the
plant is due to start this year according to Kaneka Eurogentec, which said it
will be equipped with a 2,200L fermenter for the production and purification of
biomedicines using microbial strains. The firm also
said it plans to hire 40 additional production staff to work at the plant.
Momenta says
flexibility built into its contract with WuXi Biologics will offset fluctuations
in demand for global biosimilars.
During the Wells
Fargo Healthcare Conference, Momenta’s CEO Craig Wheeler spoke about the
associated costs of using WuXi Biologics for the manufacturing of a number of
its biopharmaceutical products from its site in WuXi, China. “If you look at
China in general, certainly costs have gone up because the labor costs have gone
up substantially,” he told investors in Boston. But, he continued, the biggest
driver of economics in the cost of biomanufacturing is the utilization of the
plant. “The more
utilized it is… the lower the costs you can get,” he said, “and so what we like
about Wuxi so far is they had actually been able to keep the plants very
efficient, and effective and operating which means that they have relatively
cost effective production.”
Momenta does not
own or operate its own facilities for commercial scale manufacturing but
according to Wheeler WuXi makes “the majority of our portfolio” for the global
market.
He added as WuXi
is already “one of the largest” biologics product manufacturers in the world,
and growing – the WuXi site is soon to open a 28,000L single-use facility – his
firm would benefit from available capacity when needed to feed fluctuations in
biosimilar demand.
“One of the
things that clearly attracted us to Wuxi is that they were actually building
their whole concept of the plant based on [disposable] technology,” he said.
“The challenge
of biosimilars is that we talked about with the portfolio, for each product, you
don't know what capacity you need. And it's very hard when you have 20,000L
reactors to scale down. It's very hard if you only have 1,600L reactors to scale
up, only have a flex pack, so you can scale up or down pretty easily.”
The new labs
will support the Saturn mAb Platform cell culture Process Development
activities, speeding development of monoclonal antibody therapies.
Fujifilm
Diosynth Biotechnologies, a CDMO focused on the development and manufacture of
recombinant biopharmaceuticals and advanced therapies, has opened its new 10,000
ft2 cell culture process development laboratories in Wilton Centre, Teesside.
The biotech
company has locations in Billingham and Redcar, UK, and North Carolina and
College Station, Texas, US. It has more than 25 years of experience in the
development and manufacturing of recombinant proteins, vaccines, monoclonal
antibodies, among other large molecules and also offers cell line development
using FDA-approved commercial manufacturing.
The new
laboratories were realized through a 1 billion Japanese Yen (US$9m) investment
which is part of the greater JPY14 billion ($130m USD) expansion announced by
Fujifilm Corporation in April 2017. A grant from Let’s Grow, which is part of
The Regional Growth Fund also contributed to the overall investment as part of
Fujifilm Diosynth Biotechnologies’ continued growth in the Tees Valley.
The facilities
will be dedicated to support the Saturn mAb Platform cell culture Process
Development activities. The Saturn mAb Platform is designed to enable rapid
access to process development and manufacturing capacity.
“These
laboratories are designed to incorporate the latest high-throughput
technologies, including fully automated high throughput bioreactors and
chromatography systems,” said Andy Topping, Chief Scientific Officer, Fujifilm
Diosynth Biotechnologies.
“The Saturn
Process Development Laboratories are a huge differentiator in the cell culture
and monoclonal antibody process development space,” said Paul Found, COO,
Fujifilm Diosynth Biotechnologies UK sites “By dedicating these facilities and
bringing new technologies we will be effectively supporting our customer’s in
the rapid delivery of monoclonal antibody therapies to patients all over the
world. This is part of our commitment as Partners for life in the advancement of
medicines.”
“Fujifilm’s
investment in a new facility on Teesside demonstrates the strength of the UK’s
life sciences sector and brings more highly-skilled jobs to the region,” said
Lord Prior. “The UK has a very strong science and innovation base and through
our Industrial Strategy we are ensuring we continue to be at the forefront of
pioneering research and the destination of choice for inward investment.”
Lord Prior of
Brampton and Daisuke Matsunaga, Consul General of Japan in the UK addressed the
audience of local government members and the biotech community during the event.
Laboratorios
Farmacéuticos Rovi (ROVI) has announced that the US Food and Drug Administration
(FDA) has approved its contract manufacturing injectables plant in Madrid for
filling syringes that are prefilled with water for injection using the terminal
sterilization process. Syringes
prefilled with water for injection by ROVI at its contract manufacturing plant
will be able to be commercialized in the US in the coming months.
CEO of ROVI Juan
López-Belmonte Encina said: "FDA approval represents a significant milestone in
our manufacturing capacity and an excellent opportunity to penetrate the US
market and maximize the plant's potential. In addition, it reflects our
continuous interest in serving the globalized pharmaceutical market."
With more than
fifteen years of experience, ROVI specializes in filling and packaging
parenteral solutions in prefilled syringes and vials. ROVI is currently one of
the world's leadingmanufacturers of prefilled syringes, with annual production
capacity of 180 million prefilled syringes.
A Dutch contract
packaging organization (CPO) has strengthened its bottle filling capacity with a
major investment.
Tjoapack has
added an additional bottling line to its facility in Etten-Leur, the
Netherlands, to meet growing demand for this service, particularly from generics
customers in Europe. The new line
triples the CPO’s bottle packing capacity by using the latest high-throughput
technology. Tjoapack can now process 13,000 tablets per minute.
“Our decision to
invest has been fueled by greater demand for bottle packaging services from our
customers, particularly in the Nordic markets,” said Dexter Tjoa, director
corporate strategy, Tjoapack. “The new line will not only help us to meet this
demand, but gives us access to the latest technology.
“As a CPO, we
see our role as being more than just packaging product. We strive to improve
supply chain efficiencies and reduce time to market for all of our customers.
Our new line is twice as fast as our existing line, meaning we can deliver
products to our customers faster, while guaranteeing the highest quality bottle
packaging service.”
Tjoapack
specializes in primary packaging for solid dosage forms, secondary packaging and
unit dose packaging and now has a total of 19 packaging lines for blisters,
wallets and bottles.
“This year we
have been focused on making the necessary investments to prepare Tjoapack for
growth in 2018 and beyond,” said Mr. Tjoa. “As well as investing in new
machinery to increase our capabilities and capacities in areas where we are
approaching full demand, we are also making a significant investment into the
latest technology. This includes revamping our entire software platforms to
ensure the most robust quality and documentation management systems are in
place.”
Founded in 1989,
Tjoapack is an independent contract packager of medicines servicing clients
across five continents and 42 countries. The CPO packages around 25 million
packs of pharmaceutical products per year, which is equal to 1.3 billion
tablets.
Concept Life
Sciences has taken two new lab spaces at Alderley Park’s Mereside campus in
Cheshire, U.K., increasing its scientific capacity by over 30%, including 55
scientists. The aim is to further drive its growth in discovery and development
capabilities.
The two
facilities, one 10,111 square feet for the chemistry team and one 2,284 square
feet to host the biology team, will be focused on Concept’s drug discovery
services, which encompass chemistry, pharmacology screening, assay development
and ADME.
This adds on to
the company’s existing 10 locations across the U.K., including its headquarters
in central Manchester, and brings its total employees to about 700. Each
location specializes in areas of the company’s two sectors—discovery and
development, and analytical chemistry, toxicology, bioanalysis, food safety and
environmental testing.
Though spread
out in different places, the new Alderley Park labs “form part of a seamless
service to clients in conjunction with the other group sites,” said Michael
Fort, Concept’s executive chairman. Alderley Park will be the main hub of the
group’s program management team that drives this integrated service, he said.
A research hub
located close to Concept’s headquarter, Alderley Park has close links with
universities, NHS institutions and research organizations, Chris Doherty,
managing director at Alderley Park, said in a statement.
“Building a
presence in the heart of Alderley Park not only makes the Concept Group a very
attractive place for the recruitment of world-class scientists, but it also sits
within a leading scientific environment, giving access to leading technologies
which complement the company's core service offerings,” Fort said.
Fort said the
new addition is a key step in the company’s plan to further expand. The company
has enjoyed fast growth since establishment in 2014. The entire company has
grown over 30% in the last 12 months, according to Fort. It also started
offering drug discovery and development services in the U.S. with a new U.S.
life sciences team set up last June.
To break it
down, the discovery and development services grew almost 36% year over year,
while the analytical services delivered a 12% growth rate. “In discovery and
development services the key drivers have been expansion and integration of
scientific services, broadening the appeal to a wider field of pharmaceutical
and biotech businesses internationally,” Fort said.
The company’s
total revenues in 2017 are approaching $60 million, and Ford said he
expects similar growth rates during 2018, “albeit slightly higher in analytical
and development services as we reposition the company’s services toward more
esoteric services and markets in pharmaceutical development.”
Recipharm has
acquired a Spanish manufacturing plant and signed a supply deal with former
owner Roche for a range of solid dose products worth €35m a year.
The contract
development and manufacturing organization (CDMO) has added the Leganés, Spain
solid dose manufacturing plant to its network after coming to an agreement with
former owner Roche.
While financial
details have not been divulged, a long-term contract agreement between the firms
will add approximately €35m ($42m) to Recipharm’s annual sales – equating to
more than 6% of the CDMO’s total revenue – from the manufacture of a range of
solid dose products from the facility for Roche.
According to
Recipharm CEO Thomas Eldered, solid dose formulation was already the firm’s
largest business segment before the acquisition but with the Leganés facility
the firm will now operate eight solid dose facilities. “Our ambition is to
continue offer competitive services in this area,” he said.
The added
facility will also offer opportunity for collaboration with Recipharm’s facility
near Barcelona, Spain.
Eldered added
Recipharm – which has been aggressive on the M&A front after going public in
2014 will continue to look for expansion opportunities.
“We have a
pretty full range service offering but we are looking for some further niche
technologies. We are continuously evaluating additions that would be beneficial
for our customers.”
The Leganés
site, located near Madrid, was one of a number put up for sale by Roche in
November 2015 as part of a plan to reduce its small molecule manufacturing
footprint.
In June 2016,
Greek CDMO Famar struck a deal with Roche to buy the plant but this subsequently
fell through.
Earlier this
month, Italian CMO Delpharm completed its acquisition of Roche’s solid and
liquid forms manufacturing facility in Milan/Segrate, Italy and – like Recipharm
today – inked a supply contract with the Swiss pharma giant.
Other sites
Roche earmarked in the restructure included an API production plant in Florence,
South Carolina sold to Patheon last year, and a site in Clarecastle,
Ireland which is being shuttered.
The
Switzerland-headquartered contract research organization (CRO) has opened
offices in Taiwan following a string of investments in the Asia Pacific region.
The new office
will be listed as Taiwan PSI Health Development Co. Ltd. According to the
CRO, its expansion has been driven by demand in oncology, infections, IBD
(ulcerative colitis, Crohn’s Disease), and other therapeutic areas.
“Taiwan is an
important contributor to global clinical trials,” said Olga Alfonsova, head of
corporate development at PSI CRO. “That’s why PSI
has opened an office in Taipei and will continue to grow within the country to
access the most prominent investigative sites in the areas of oncology,
infections, inflammatory bowel diseases, neurology and other therapeutic
areas,” she said.
The
Switzerland-based company is “perfectly on track” with its plans to expand into
Asia Pacific, said Alfonsova. So far this year the company has established
offices in Sydney, Australia; Seoul, South Korea, and Taipei; Taiwan.
Alfonsova
explained Hong Kong will be next at the beginning of 2018.
“The expansion
into Asia Pacific region is well-paced and allows global sponsors access to
Asian populations across a variety of therapeutic indications,” she added.
ADC
Biotechnology has announced it will spend $11m ($9.2m) build a bio-conjugation
facility at a site in Deeside, North Wales. The facility –
which is due to be operational in 2018 – will produce antibody-drug conjugates
(ADC) for clinical trials and small scale commercial batches. It will also house
R&D technical services and quality control laboratories, warehousing and
capacity for process development.
Funding for the
plant will be provided by Maven VCTs, Seneca and Finance Wales. The Welsh
Assembly Government is also providing ADC with a grant.
The investment
marks the Wales-based contractor’s move into clinical and commercial production.
Previously, its manufacturing focus has been on the production of ADCs for R&D
and preclinical development.
ADC’s core
technology is its “lock-release” platform. It works by
covalently ‘locking’ an antibody to solid polymer beads, prior to conjugation,
releasing them as a clean drug substance.
ADC claims its
technology is used by 20 customers, including several major pharmaceutical
firms. CEO Charlie
Johnson said: “We already have confirmation that many of our existing customers
will use the facility for clinical development.
“We anticipate
adding a number of the new targets entering clinical development from customers
in the USA and Europe - especially in light of the added value we can provide
through Lock-Release” he added.
Quanticate
reinforces global offering with new Indian office.
Quanticate,
a global data-focused clinical research organization (CRO), is further expanding
its service offering into India with the opening of a new office. Strategically
located in Bangalore, with access to the country’s extensive talent pool in the
pharmaceutical services industry, the new office will be a base from which Quanticate will broaden its capabilities for the management, analysis and
reporting of data from clinical trials and post-marketing surveillance.
The decision to
open the office follows a very successful year for Quanticate which saw an
increase in sales driving the demand for more resources both in India and
further afield. The new 16,500 sq. ft. facility doubles the company’s current
footprint in the country.
Praveen Dass, VP
of clinical data management and head of Indian operations at Quanticate
explains: “By expanding our presence in India, we are able to increase our
capacity meaning we can cater for more clients on a larger scale.
“We have an
ambitious growth strategy to deliver over the next five years, which aims to
employ over 60 new members of staff in the coming months. Our new office
provides the perfect platform for this growth and marks an important milestone
in our journey.”
As the company’s
new operational center of excellence, the facility will also help Quanticate to
provide outstanding customer service for its global client base and support
further development of collaborative, long-term partnerships with leading
pharmaceutical companies.
The CROs
increased presence in the region has recently allowed Quanticate to engage with
a diverse range of industry-specific groups, including the Society for Clinical
Data Management (SCDM) India and Pharmaceutical Users Software Exchange (PhUSE)
India. The company has representatives on the steering committee and co-chaired
the first Society for Clinical Data Management (SCDM) Single Day Event (SDE).
Quanticate is a
data-focused CRO which specializes in the management, analysis and reporting of
data from clinical trials and post-marketing surveillance. Its team of experts
supports a global portfolio of clients across areas such
as biostatistics, statistical programming, clinical data management, statistical
monitoring, medical writing and pharmacovigilance.
This new
facility will support the growing business of recently acquired Therapak, a
supplier of pre-packaged convenience kits and procedure packs for the clinical
trial, pharmaceutical and clinical laboratory industries.
Global
independent provider laboratory solutions and services, VWR celebrated the
opening of its new kitting center in Skalice, Czech Republic. This new
facility will support the growing business of Therapak (that VWR acquired in
2016) by expanding its existing footprint in Europe with a state-of-the-art
facility and comprehensive kitting services for regional and global customers.
Therapak, a leading supplier of pre-packaged convenience kits and procedure packs for the clinical trial, pharmaceutical and clinical laboratory industries, has proven to be a valued addition to the VWRCATALYST Clinical and Biorepository Services.
Along with the
recent acquisitions of MESM and EPL Archives, VWRCATALYST Clinical and
Biorepository Services offers a complete solution to its global regulated
research and product development clients in the pharma, biopharma, manufacturing
and clinical trial industries. Our focus is to eliminate the process
complexities and identify service solutions that help labs and production
facilities work better, faster and smarter.
"VWR's Czech
Republic facility is strategically located to support customers in the EMEA
region for all their clinical and commercial kitting needs," said Ulf Kepper,
SVP, Services for VWR. "This location expands our VWRCATALYST offering to
support the growing demand for quality services to the industries we support."
The 35,000 ft2
facility will be fully operational on 2 October, 2017, and is in proximity to
major industrial freight carrier hubs, which is ideal for shipping and will
allow enhanced service levels compared to VWR's current model.
Cost: $353
million
Size: 625,000
sq. ft.
Project team:
Parkin Architects Limited in joint venture with Adamson Associates Architects;
Parkin Architects Limited, Architect, Interior Planning and Design; Adamson
Associates Architects, Architect, Exterior Design
Providence Care Hospital is southeastern Ontario’s leading provider of forensics, specialized mental health care, physical medicine, rehabilitation, geriatrics, complex continuing care (CCC) and palliative care. This project conjoins programs from two existing sites into a new facility of 270 beds; 90 mental health and 180 rehabilitation, CCC and geriatric.
The façade
development is rooted in the idea of creating a more human-scaled, home-like,
non-institutional and patient-centered environment. Highly-glazed public
sequences along areas such as the Concourse and the Cafeteria create
opportunities for visual connectivity between public and private realms, offer
connections to nature, and serve to embody and communicate the concepts of
recovery and transition. These areas of transparency also promote accessibility
and diminish the stigma associated with mental health facilities.
The interior
design evokes the site’s connection to Lake Ontario through the concept of
Water’s Edge, representing the transition and recovery of a patient’s journey at
Providence. Water’s Edge materials, glass, wood and stone, are used to
distinguish unique areas of the building through their relationships to the
surrounding site. The three inpatient units are defined relative to their
proximity to these site features. To the west is Lake Ontario Park “Parkside,”
symbolized by the use of wood. Glass represents “Lakeview” to the south and the
“Heritage” buildings to the east are conveyed symbolically with stone tile.
These materials add warmth, color and texture, reinforce the connection to the
Hospital’s surroundings and, as wayfinding tools, guide patients and visitors
through the facility.
An existing
waterfront trail was incorporated along the edge of the site and extended into
the property to allow a seamless feel at the site boundary promoting use of the
grounds by the wider community.
Completion date:
November 2016
Amgen has
partnered with Simcere to develop and commercialize biosimilars in the People’s
Republic of China. The agreement
states Amgen will co-develop, manufacture and manage the approval application
process for four of its biosimilars for the Chinese market. Nanjing,
Jiangsu, China-headquartered Simcere will distribute and commercialize approved
candidates.
Amgen
spokesperson Kelley Davenport said, “The collaboration includes undisclosed
biosimilars in the areas of inflammation and oncology. At this time, we are not
sharing additional details.” Simcere’s
president Honggang Feng said the partnership allows the companies access to
inflammation and oncology markets in China.
“This strategic
partnership between a world-renowned biotechnology company and leading Chinese
pharma will help to accelerate development and launch of United States and
European approved biosimilars in China,” he added.
Financial terms
of the agreement were not disclosed.
Amgen said it
sees an increased demand for biosimilars across the Asia-Pacific.
“This agreement
furthers Amgen’s efforts to reach more patients in Asia by bringing high quality
biosimilars medicines to patients suffering from debilitating and potentially
life-threatening conditions,” said Asia-Pacific Region general manager, Penny
Wan.
Davenport said
the firm sees opportunities in Japan, and is monitoring government incentives in
this biosimilar domain.
“In recent years
different Japanese government incentives have been put into place to encourage
the use of generics and has resulted in significant uptake over the last couple
of years, and we are hopeful that the Japanese government and other countries
will similarly provide incentives to use biosimilars,” she said.
MilliporeSigma
has opened a biopharma process development and technology Centre in China.
The site in
Shanghai, China will offer biopharma customers access to MilliporeSigma’s range
of end-to-end process development capabilities and services, including cell line
development, upstream and downstream process development and non-GMP clinical
production.
The Centre will
be operated under the Bioreliance brand, added to Germany’s Merck through its
acquisition of Sigma-Aldrich in 2015, and is the first such Centre to open its
doors outside of Europe.
“Our new
BioReliance End-to-End Biodevelopment Center will host small-scale drug
manufacturers working on early-phase clinical trials,” MilliporeSigma CEO Udit
Batra said in a statement. It is designed
to target customers in the APAC region through an integrated suite of services
for biopharmaceutical helping to accelerate clinical drug development from
molecule to commercial production.
The Centre is
modelled on the firm’s site in Martillac, France which offers a single-use, GMP
facility for manufacturing clinical-stage batches and is equipped with
MilliporeSigma technologies, including the 2000-liter single-use Mobius
bioreactor.
The firm has
also planned a 280,000 sq. ft. facility in Burlington, Massachusetts.
Micro-Sphere has partnered with German machine manufacturer Harro Höfliger for the latest step in its 21 million CHF (€19 million) investment into its facility in Switzerland.
Harro Höfliger
has supplied a Modu-C MS capsule filling machine which boosts Micro-Sphere’s
capsule filling production. A notional production of 72,000 capsules per hour
and a 100% net weight check control, grant the correct dose when filling
capsules for dry powder inhalers.
“Low dose
capsule filling is becoming increasingly popular across the market and at
present we are the only CDMO in Europe offering this level of capability,”
Micro-Sphere founder and president of the Board, Dr. Michele Müller, said.
“Harro Höfliger’s powder expertise and technological competence is particularly
evident in the Modu-C MS. This investment is an important next step in our
expansion plans, allowing us to meet demand for greater capacity and speed up
project delivery for our customers.”
Based in
Allmersbach, Germany, Harro Höfliger develops and manufactures production and
packaging systems and is a valued development partner for many pharmaceutical
and medical technology companies.
From its GMP, SwissMedic and FDA approved facility near
Lugano, Ticino, Micro-Sphere’s expert team supports customers in the US, Europe,
New Zealand and Asia with spray drying and capsule filling capabilities for the
development and manufacture of both potent and non-potent pharmaceutical
products, with a particular focus on inhalable dosage forms.
Cambrex has completed the installation of new, large scale manufacturing capacity at its cGMP facility in Karlskoga, Sweden and has also undertaken a multi-year construction project to increase the site’s wastewater processing capabilities.
The expansion of the site’s manufacturing capabilities included the installation of various multi-purpose reactors, ranging from 4m3 to 12m3 in size, in addition to a 9m3 hydrogenation reactor.
The construction of a new wastewater treatment plant to support the expansion and improve existing biological processes, is being phased over a three-year period. The 30.5M SEK ($3.5M) investment will process over 4,000m3 of water each day and handle variations in the composition of effluent. The majority of the construction project will be completed in 2017, with additional upgrades in 2018 and 2019. When completed, the facility will reduce the emission of nitrogen, total organic compounds and suspended material, improving the site’s environmental footprint.
“Our Karlskoga
site is a crucial part of the company’s global manufacturing network, and these
investments, to not only to increase capacity, but also to the supporting
infrastructure, will enable the site to work efficiently both now, and into the
future,” said Bjarne Sandberg, Managing Director, Cambrex Karlskoga. “At Cambrex
we are committed to investing in small molecule development and manufacturing
capabilities, and ensuring our facilities are both flexible and efficient to
respond to the evolving needs of our customers.”
The expansion at
Cambrex’s Swedish site is part of an ongoing strategic campaign to increase
manufacturing capacity across its global network, and follows the announcement
of the construction of a $24M, 4,500 sq. ft. highly potent API manufacturing
facility at the Charles City, Iowa site, which is due to open in 2019.
Germfree has been providing equipment for compounding sterile IV and hazardous drug preparations to the hospital pharmacy industry since the early 1970’s. Germfree’s HEPA filtered, unidirectional airflow equipment, also called Primary Engineering Controls (PEC), provide an aseptic environment that allows the pharmacist to handle sterile products in a contamination-free environment. As regulations in the hospital pharmacy have evolved, a shift toward placing PECs into ISO 7 Cleanrooms (Secondary Engineering Control (SEC) has occurred. The United States Pharmacopeia (USP) ‘Guidelines for Pharmaceutical Compounding – Sterile Preparations’ (USP 797) and ‘Hazardous Drugs – Handling in a Healthcare Setting’ (USP 800) define the requirements for these SECs and PECs.
Controlled
Environments spoke with Jeff Serle, Senior Vice President/Chief Design Engineer
of the Mobile Pharmacy Trailer, about the use of the mobile cleanroom facility.
Controlled
Environments (CE): What led to the need for this cleanroom facility?
Jeff Serle (JS):
Regulations in the hospital and healthcare pharmacy have evolved significantly,
especially over the last 12+ years. These regulatory changes have impacted the
demand for cleanrooms needed to prepare sterile IV preparations. When hospitals
renovate their facilities to augment, add or improve cleanroom space,
compounding operations must continue without interruption. Germfree developed
the Mobile Pharmacy Trailer (MPT), the first USP 797/USP 800-compliant mobile
cleanroom to allow for seamless drug compounding operations during hospital
renovations.
CE: Who was
involved in designing it?
JS: The MPT
Cleanroom facilities were designed by our in-house engineering and design teams,
with input from the user community (hospital pharmacists) and the cleanroom
testing community, including the Controlled Environment Testing Association
(CETA) certifiers. The design was based on the requirements of USP <797> and USP
<800>, with an eye on State Board of Pharmacies, who can adopt USP guidelines
into law or develop their own guidelines, which may or may not be directly in
alignment with the USP guidelines.
CE: What
challenges were faced along the way?
JS: We faced a
couple of challenges in the development of the MPT. Our engineering team’s
biggest challenge was designing the environmental control system that can
maintain the demanding indoor air requirements in a hospital pharmacy across the
varied climatic conditions experienced in the U.S. From a process side, a
key challenge for us was to develop a standard product, the MPT, that would
satisfy the regulatory requirements of each state.
The challenge to
develop the MPT cleanroom was a natural fit for our design and engineering
teams. We utilized our experience in manufacturing high containment mobile
laboratories and our background in Primary Engineering Controls (PECs) to create
this new type of flexible cleanroom to fulfill a critical need.
CE: Can you
comment on the size and cost?
JS: The Hospital
Pharmacy Cleanroom is built around a Germfree-specified version of a
semi-trailer platform suited for the extensive modifications required to create
the critical interior cleanroom environments (zones). The overall trailer is
8.5’ wide x 13.5’ tall x 53’ long (plus an additional 2’ for the redundant
Environmental Control Units ECUs). Cost for these units varies based on duration
of use or special requirements. The price includes all the equipment required to
operate a hospital pharmacy, including the primary containment devices, also
manufactured by Germfree.
CE: Who will be
utilizing this space?
JS: The space
will typically be used by a hospital pharmacy for their compounding sterile
operations. The cleanroom can accommodate a hospital pharmacist and three to
four technicians during a normal shift and operates 24 hours a day, seven days a
week. The units can also solve space constraints or surge capacity demands on a
healthcare facility. The MPT is also an option for cancer treatment centers, as
well as use for clinical drug trials.
CE: Will this be
a temporary or permanent fixture on the campus?
JS: The Hospital
Pharmacy Cleanroom Trailer is designed as a temporary cleanroom space, which can
be relocated for use at multiple facilities during construction/remodeling or as
an emergency relief platform. We maintain a fleet of MPTs that are available for
short-term lease. MPTs can also be purchased for longer-term projects or by
healthcare systems with multiple locations.
Germfree has
developed a specific set of quality control and decontamination procedures that
are implemented between each new deployment. The unit is also tested and
qualified by a third-party certification professional, typically accredited by
the CETA National Board of Testing, prior to use at a new site.
CE: What does
the future hold for this technology?
JS: Hospital and
healthcare facilities will continue to find applications where the MPT can fill
a gap in cleanroom capacity. Practitioners, process engineers and researchers
are now able to see that a viable, advanced cleanroom space can be built into a
mobile platform. This creates the next-level in rapid deployment and
flexibility.
In other
sectors, we currently provide similar units used by pharmaceutical manufacturing
companies for applications ranging from production of FDA-approved drugs for
human use, manufacturing drugs for clinical trials as well as training and
evaluation of personnel that operate within these critical environments.
As the industry transitions toward emerging biopharmaceutical therapies and
small-batch personalized medicine, Germfree’s Mobile BioPharmaceutical Cleanroom
Trailers will provide a flexible bioproduction platform. This will help
companies dramatically reduce the time to gain regulatory approval for
innovative new therapies.
Delpharm has been contracted to make solid and liquid forms for Roche after buying the facility in Milan.
Contract
manufacturing organization (CMO) Delpharm has completed the purchase of a Roche
solid and liquid forms manufacturing facility in Milan/Segrate, Italy and inked
a supply agreement with the Swiss pharma giant.
“The agreement
between Roche and Delpharm includes a multi-year manufacturing contract, where
it is intended that Delpharm will continue to support solid and liquid forms
production for Roche in the future,” Roche spokeswoman Ulrike Engels-Lange
related.
“Further to
this, Delpharm intends to bring business and volumes from its other customers to
utilize the site’s capacity and capabilities to its full potential.”
Financials
surrounding the sale have not been disclosed but Delpharm will keep on all of
the plant’s employees as per agreement with Roche.
The site will
also become the twelfth for Delpharm and its second in Italy, following the
acquisition of a site in Novara from Takeda last year. In fact the European CMO
has a reputation of growing through the acquisition of Big Pharma plants. Since
2012 it has bought a Sanofi plant in Dijon, a Pfizer plant in Lyon and a Bayer
plant in Gaillard (all France).
Roche put the
Milan/Segrate site up for sale in November 2015 as part of a plan to reduce its
small molecule manufacturing footprint.
“The exit of the
site is part of a restructuring of our manufacturing network for small
molecules, which is designed to address significant changes in our portfolio,”
Engels-Lange said.
The firm has
also sold a solid dose pharmaceutical in Leganés, Spain to Famar, and last
year sold an API production plant in Florence, South Carolina to Patheon. A
site in Clarecastle, Ireland is also being shuttered.
But it is only
Roche’s small molecule footprint which is being reduced, as the firm has been
vocal about continuing to expand what it says is “the largest biologics
manufacturing capacity across the industry.”
by Joseph
Keenan, Eric Palmer
As Puerto Rico
struggles to get its footing in the wake of the devastation left by Hurricane
Maria last week, the pharmaceutical manufacturing industry is scrambling to
assess damage to plants and the condition of their employees. Although some
facilities are operating with backup power, many of the 50 pharmaceutical plants
in Puerto Rico are essentially being idled for the time being as employees dig
out of the devastation, USA Today reported. It’s not expected that power to the
island will be restored for up to six months, and loss of production could lead
to some short-term drug shortages. The FDA, in an
email, told the newspaper that it was working closely with pharmaceutical
companies to prevent shortages of drug products.
Companies
emphasized that assuring the safety of their employees and helping them was
their top priority, even as they assess damage to plants and determine what the
impact might be on supplies. Several said through supply chain management they
would be able to avoid shortages of any medication.
"The company's preliminary assessment is that the critical manufacturing areas in our facility in Juncos, Puerto Rico, have not been significantly impacted by this storm," Esteban Santos, executive vice president of operations at Amgen, said in a statement. The company said it has hundreds of staff on site and that its facility is operating on backup generators. It said that capacity at other sites will cover supply needs.
An AbbVie
facility is also "running on independent power generation unit and are intact
and operational, with teams working diligently to restore normal operations."
The company said it does not expect any supply disruptions as result.
In an email to
FiercePharma, Merck spokeswoman Claire Gillespie said the company is still
evaluating the impact of the hurricane on its operations. The lack of
power and communications across the island was making it difficult for companies
to contact employees
“AbbVie is in
the process of confirming the safety of our colleagues and their families in
Puerto Rico and the Caribbean,” the company said in a statement. “This effort
remains ongoing, as power outages have impacted communications across the
island."
Pharmaceuticals
make up 72% of Puerto Rico's 2016 exports, which are valued at $14.5 billion,
according to the U.S. Bureau of Labor Statistics. Puerto Rico represents 25% of
total U.S. pharmaceutical exports.
Eli Lilly and
AstraZeneca are among other large pharmaceutical companies with operations in
Puerto Rico.
Communication
difficulties are hampering drug industry efforts to assess damage to
manufacturing operations caused by the hurricane that struck Puerto Rico.
Hurricane Maria
hit Puerto Rico, cutting off power to the Caribbean island and leaving millions
of people with only limited access to food and water. The storm also
damaged drug manufacturing plants according to US FDA commissioner Scott Gottleib, who said "The FDA is currently working closely with pharmaceutical
and device companies with manufacturing sites in Puerto Rico to prevent
shortages of medically necessary drugs and devices."
A Pfizer
spokeswoman confirmed the firm had been impacted by the hurricane. She said, “We
have completed preliminary assessment of our manufacturing sites in Puerto Rico.
Two of the three sites received minimal damage. One site has experienced minimal
to moderate damage to parts of the facility and we are working to repair the
facilities as soon as possible
Bristol
Myers-Squibb (B-MS) has three facilities in Puerto Rico. A spokesman said two of
the facilities escaped damage and that the firm is assessing the third.
"The island of
Puerto Rico has sustained significant damage, and our primary concern is with
our employees, their families and the citizens of Puerto Rico. We are
executing contingency plans that we believe mitigates product supply risk as we
assess the situation on the island and work to bring our operations back online.
We are contacting employees to provide support in their recovery from Hurricane
Maria while the Bristol-Myers Squibb Foundation is responding with a $250,000
cash donation to support emergency relief efforts."
Johnson &
Johnson's (J&J) Puerto Rico operations appear to have suffered less impact.
Spokeswoman
Natália Salomão said, “Our preliminary assessment is that our physical
facilities fared well given the magnitude of the storm. We are partnering
with local and federal authorities to monitor the state of the infrastructure. “While we helped
our employees and campuses prepare, we continue to work with customers and our
emergency aid partners to restock products and relief supplies that have been in
heavy demand.”
Salomão added,
“Prior to the storm, we took steps to adjust our raw material and product supply
flow to account for potential interruptions, and we will continue to assess the
situation.”
Ongoing
assessment
Other drug firms
with operations on Puerto Rico are still assessing the damage. GSK said, “We do
not have enough information at this time to comment” but promise to provide an
update later this week.
Similarly, Eli
Lilly and Amgen are both still assessing the situation.
Swiss drug
manufacturer Novartis does not have manufacturing operations in Puerto Rico,
however, it does ship drugs to the island.
A spokeswoman
said, “The safety of our associates is paramount and we are working to confirm
all our people are accounted for and to provide them with assistance and
support. She added: “We
are working closely with our partners, distributors and the government in Puerto
Rico to maintain business and supply continuity to the extent feasible.
Fujifilm
Diosynth Biotechnologies has opened a $9m process development laboratory in
Teeside, UK. The lab – at the
Wilton Centre science park in Redcar, Cleveland – will provide support for
customers developing monoclonal antibodies (mAbs) using Fujifilm’s Saturn cell
culture process development platform.
COO Paul Found
said by “by dedicating these facilities and bringing new technologies we will be
effectively supporting our customer’s in the rapid delivery of monoclonal
antibody therapies to patients all over the world.”
The expansion is
part of the $130m (€108m) bioreactor and processing capacity increase programme
Fujifilm announced in April. The majority of
the money was spent on the firm’s new facility in Texas, with the remainder
being used to up capacity at its site in Billingham, UK.
The opening of
the Teeside lab comes six months after GE Healthcare installed a single-use
purification system with bioreactors at the Billingham facility. In its first
quarter fiscal report last month Fujifilm, the contract manufacturing
organization’s (CMO) parent company, said customer demand for flexible capacity
prompted the investment.
“In order to
respond rapidly to demands for customer for increased production and other
future expansions in demand, the company is also bolstering its capacity to
produce bio-pharmaceuticals at its production centers.”
BASF has
announced plans for a specialty amines plant at its site on the Nanjing Chemical
Industry Park in China, citing increasing demand from customers in Asia. The plan – which
is due to be operational in 2019 – will make a range of amines including
1,2-Propylenediamine (1,2-PDA), which is used as a building block in the
manufacture of a wide range of active pharmaceutical ingredients (API).
Narayan
Krishnamohan, senior VP of BASF’s intermediates business in Asia Pacific, said:
“This investment will help us to meet the increasing Asia Pacific demand for
specialty amines used as intermediates in a diverse range of industries and
applications.”
3SBio will
leverage Therapure’s downstream purification expertise to bolster its own
biologics portfolio while expanding its contract biomanufacturing business and
global presence.
The agreement to
buy Canada-based Therapure for $290m (€244m) has placed 3SBio’s global expansion
strategy on “fast-track,” a spokesman from the Chinese biopharma firm said.
“This
acquisition as a strategic investment will provide us with an effective and
convenient platform for launching our products in North America, for us to
license new and innovative products from North America, and for our entering
into the biological CDMO business in North America,” said Steven Zhang.
While the deal
will allow 3SBio to “seek and negotiate exclusive licensing and collaborative
business opportunities with quality biopharmaceutical companies in North
America” with a view to further grow its international presence, it will also
bolster the firm’s biomanufacturing capabilities both for its proprietary
products and as a third-party offering.
“Therapure’s
biomanufacturing expertise in downstream purification and transgenic,
plasma-derived proteins could help 3SBio to acquire Chinese rights for certain
blood products,” said Zhang. “In addition, we see Therapure’s [expertise] as a
good supplement to our existing capabilities in China and in Europe and will
contribute revenue and profit to 3SBio in the near term.”
3SBio’s Sunshine
Guojian business in China offers 38,000L of production capacity, while Sirton
Pharmaceuticals – an Italian CDMO acquired by 3Sbio in 2015 – offers injectable
fill and finish capabilities.
“We expect
significant cross selling and entirely new revenue opportunities to arise by
effectively combining our leading mammalian cell culture capability with the
significant expertise in downstream purification and transgenic, plasma-derived
proteins that can be offered by Therapure’s CDMO Business.”
Therapure has a
130,000 sq. ft. facility in Toronto, Canada optimized for intravenous
immunoglobulin (IVIG) and albumin-based therapies. Its upstream offering
includes 200L and 1,000L Pall Allegro stirred-tank single-use bioreactors, 50L
and 500L Thermo Scientific HyClone stirred-tank single-use bioreactors, a 200L
WAVE single-use bioreactor, and a series of stainless steel bioreactors with up
to 2,500L capacity.
Downstream it
boasts column chromatography, membrane separation, precipitation and extraction,
tangential flow filtration (TFF), ultrafiltration/diafiltration (UF/DF) at
scales up to 100 m2 of membrane, and virus inactivation and removal through low
pH, solvent/detergent, nanofiltration, pasteurization and chemical inactivation.
In its largest
off-site cleanroom construction project to date, UK-based cleanroom provider
Connect 2 Cleanrooms has installed a Monobloc panel system for global medical
products and technologies company, ConvaTec
With leading
market positions in advanced wound care, ostomy care, critical care and infusion
devices, ConvaTec required a cleanroom to be aligned with its current facility,
where the corridors incorporate windows and doors, with the ability for future
expansion.
To ensure an accurate design in an already sensitive facility, the use of Building Intelligence Modelling (BIM) assisted the design stage for Connect 2 Cleanrooms. The Point Cloud 3D design software allows for a more accurate design, shorter lead times and a more cost effective solution.
Improved
communication and coordination between departments and clients provides a
greater understanding of the design intent and allows for any errors to be
identified and changes to be made at an early stage – reducing waste and saving
money.
Spanning 10,233
sq. ft. (951m2) and with a requirement to achieve ISO Class 8, the cleanroom
incorporates a separate change area suitable for up to 60 operators and a
material transfer area. The main cleanroom area, which was constructed to house
ConvaTec’s stitch bonding processes, has a footfall of 9,361 sq. ft. (870m2) and
is designed to achieve 21 air changes per hour.
Monitored via
Connect 2 Cleanrooms ECO loop control system with temperature and humidity
control, the cleanroom has 60 variable speed controlled HEPA ceiling fan
filters, which are all accessible externally via the suspended walkable ceiling
for non-disruptive maintenance.
A cleanroom of
this size would typically use an Air Handling Unit (AHU) to supply HEPA filtered
and temperature controlled air. Connect 2 Cleanrooms proposed using localized
air conditioning and dehumidifier units to supply processed air to fan filter
units. This approach meant a significantly lower initial investment and it is
more energy efficient when operational than an AHU.
The touch screen control system was installed to continually log all these data
parameters, which integrates with ConvaTec’s current building management system
(BMS). The integrated alarm alerts operators when these parameters vary beyond a specific
threshold such as pressure differential and temperature and humidity.
Following the
install, a detailed commissioning process was carried out to ensure the
cleanroom is functioning as it should. Extreme testing of all elements,
alongside the design against resilience, ensures the room continues to operate
24/7, even if a unit were to fail.
The cleanroom
design incorporates high speed and hinged interlocking doors between the
transfer and change areas to aid the flow of materials and personnel, while
reducing the risk of contamination entering the cleanroom and in keeping with
the aesthetics of the existing sensitive layout.
With increasing
business demands and the ever growing need for a less disruptive construction
and more efficient design process, Connect 2 Cleanrooms is consistently looking
for new processes to offer a more accurate and effective design process and a
reduction in installation time for their modular cleanrooms.
The introduction
of BIM is just another investment added to its design portfolio, offering
customers a more efficient and accurate service. BIM is a process for creating
and managing information across a project’s lifecycle. One of the key outputs of
this process is the Building Information Model, the digital description of every
aspect of the built asset.
This model draws
on information assembled collaboratively and updated at key stages of a project.
Creating a digital Building Information Model enables those who interact with
the building to optimize their actions, resulting in a greater whole life value
for the asset.
Through BIM, the
UK construction industry is experiencing its very own digital revolution,
combining efforts of people, processes and technology. A point cloud 3D scan of
the entire building was conducted within the initial stages of the project to
provide a virtual view of the facilities space. A Point Cloud is a collection of
data points defined by a given coordinates system. In a 3D coordinates system,
for example, a point cloud may define the shape of some real or created physical
system.
"BIM allowed us
to think beyond CAD drawings of the cleanrooms and look more towards data
extraction, to understand the area that we were building in, so we could apply
our cleanroom more efficiently. By analyzing historical data and understanding
the length of time to complete our cleanroom installations, we could forecast
our activities and the time taken from inception to install of the cleanroom,
which meant we could optimize our people and processes more effectively, making
cost and time savings." said Joe Govier, MD, Connect 2 Cleanrooms.
The offsite
construction method and the Point Cloud 3D scan adopted for this installation
ensured that the clients’ cleanroom was brought in on time, on budget.
The UK-based
cleanroom and lab design and construction company has completed the construction
phase of a £13 million project for global pharmaceutical business Indivior, a
specialist in the treatment of opioid addiction
The new research
and development (R&D) facility located in Hull, UK, will be used to test and
manufacture a non-addictive alternative to methadone, designed to improve
patient experience.
Boulting
Environmental Services (BES) was the principal designer and principal contractor
for the project, carrying out a complete turnkey package that included
groundwork, piling, shell construction and the internal specialist architectural
fit out of cleanrooms and laboratories.
The two-story
cGMP facility provides 53,800 sq. ft. (5,000m2) of ISO Class 7 and ISO Class 8
product development cleanrooms and laboratories, along with highly specified
offices, meeting rooms and a restaurant for staff.
Due to the
nature of the facility, a full inspection from the Home Office was required
after construction. The auditor not only gave the building approval, but
referred to it as state-of-the-art — a testament to the quality of work that BES
carried out on the site.
“BES completed
the project three months ahead of schedule, within budget and to the highest
quality,” explained Giles Singleton, Project Manager at BES.
“This was down
to our lean programming framework and our ability to overlap different phases of
the project to eliminate wasted time. At no point were our engineers waiting for
one task to be completed before they could move on to the next. The entire
process was efficient and streamlined with the customer’s requirements in mind
at all times.”
“Indivior
selected BES through a competitive tender process, in which BES came out on top
in terms of cost-effectiveness and delivery time,” commented Paul O’Reilly,
Facilities Director at Indivior.
“The design and
build process was extremely collaborative, with BES listening to our primary
objectives and creating a facility that was both technically fit-for-purpose and
one that gave Indivior welcoming office space and recreational areas for staff.”
Local
manufacturer Pharmstandard will make the finished dosage form of Roche’s
monoclonal antibody Gazyva (obinutuzumab) at its site in Ufa.
Pharmstandard
has been working with the Swiss pharma firm since 2010, helping bring
Roche/Genentech products such as Pulmozyme (dornase alfa) and Tamiflu
(oseltamivir) to the Russian market, and will now produce the drug product for
Gazyva, a treatment for chronic lymphocytic leukemia (CLL).
“Our Roche
affiliate and the Russian manufacturer Pharmstandard have signed a Memorandum of
Understanding for the ‘fill-finish’ production of Roche's drug product Gazyva in
Pharmstandard's manufacturing operations in Russia,” said a Roche spokesperson.
“Local
production of Gazyva would expand treatment options for Russian patients with
chronic lymphocytic leukemia and follicular lymphoma.”
The 451,920 sq.
ft. (42,000m2) facility is located in Ufa, Republic of Bashkortostan (a federal
subject of Russia), and boasts capabilities for injectables, vials, cartridges
and prefilled syringes, as well as solid oral dosage form manufacture.
The partnership
allows Roche to access the Russian market which, under its Pharma 2020 policy,
encourages a level of protection intended to increase local drug manufacture and
reduce reliance on imports.
The idea is
Russia will be able to produce 50% of all the drugs it uses - and 85% of the
medicines it deems essential - by 2020, though whether this target will be
reached is unclear.
The policy has
driven most multinationals to sign contracts with domestic drugmakers and invest
in local joint ventures. Pfizer broke ground on a facility with NovaMedica in
Kaluga in May, GSK formed a JV with Binnopharm in 2011,
while AstraZeneca, Novartis, and Novo Nordisk have all invested in Russian
production facilities.
Clintec Expands UK HQ
Clintec has
expanded its Glasgow-based headquarters with the opening of an additional 4,327
square foot floor. The additional space will form a fully dedicated center of
excellence for clinical research and quality assurance capabilities.
The contract
research organization (CRO) has also been presented with the Queens Award for
Enterprise 2017, in the category of International Trade. The Queens Award, the
highest business accolade that can be granted to any business operating within
the UK, recognizes outstanding corporate achievement and more than 20 years of
consistent business success.
“We are honored
to have received the Queens Award for Enterprise for the second time and through
which we celebrate 20 years of global success in clinical research,” said
Rabinder Buttar, founder and chief executive officer, Clintec. “Furthermore, we
are delighted with the expansion of our clinical operational capabilities and HQ
office space for the next stage of company growth.”
French CDMO
develops innovative single-use technology solutions for aseptic formulation &
manufacturing.
Amatsigroup, a
contract development and manufacturing Organization (CDMO) located in France,
unveiled what it says is the world’s first-in-class manufacturing of a clinical
injection batch under single-use isolator, a major global breakthrough currently
to be used in the treatment of acute ischemic stroke.
In January 2017,
Amatsigroup acquired Disposable Lab, which specializes in the production of
small batches of pharmaceutical drug products in Martillac, France. The design
of the production area is based on the use of the assembly of disposable
materials—single use isolator and material in contact with the product—in fresh
air modules. This very specific design is a major asset for the production of
small batches of bio/pharmaceutical drug products and medical devices (<2,500
units per batch), for small filling volumes (e.g. 15μL), for volatile products,
viscous or sticking products and in particular those where the cleaning
procedure is problematic. These installations are compatible with the
distribution of powders in aseptic condition, with a +/- 0.1 mg accuracy for
continuous filling in vials. The isolator and filling line offer great
flexibility and allow distribution, in aseptic conditions, of different
packaging, including vials, IV pouches, cartridges as well as capsules and any
other primary packaging.
This sterile
manufacturing site in Martillac has performed its first Media Fill Trial (MFT)
for Acticor Biotech on the current line as of May 2017, and produced the first
clinical injectable batch for a phase I trial in Europe. According to the
company, this single-use technology for the manufacturing of clinical injectable
batch is a world breakthrough.
This specific
technology is also of interest in the handling and production of small series of
hazardous and/or living microorganisms. The site is being accredited for the
production of clinical batches requiring to be handled under BSL2 (e.g. bulk of
living aerobic bacteria). In addition, Amatsigroup will invest during the year,
with the objective to produce live organisms requiring manipulation in a BSL3
environment.
For any other
product that does not require this technology or for larger batch productions,
the Amatsigroup site in Idron, France, offers batch dispatch technology under
fixed isolators. The site of Idron manufactures liquid or lyophilized forms, up
to 10,000 - 25,000 units, depending on the packaging format.
“This success is
the combination of a fantastic team in Martillac, a great partnership with our
supplier of disposable isolators, Solo Containment in UK, and the confidence of
Acticor Biotech in our technology,” said Jean-Pascal Zambaux, site director of
Martillac - Amatsigroup.
Gilles Avenard,
chief executive officer, Acticor Biotech, said, “We have been very happy to
experience the flexible fill and finish facility of Amatsigroup, Martillac site,
for our first GMP batch. The technology is very promising for small batches as
it could be translated very easily according to the ‘single use lab paradigm’
without any impact on the validation process.”
Colorcon has
opened a new Technical Service Laboratory at Ton Duc Thang University in Ho Chi
Minh City, Vietnam. The new facility adds to Colorcon’s worldwide support
network and is dedicated to supporting customers and market growth in Vietnam.
The
pharmaceutical market in Vietnam is forecast to expand in value from $4.7
billion in 2016 to an estimated $6.6 billion by 2020. An increasing elderly
population, rising government support for the healthcare sector and the
impending gains from the Trans-Pacific Partnership (TPP) are predicted to be the
main drivers of growth for the Vietnamese pharmaceutical market during this
period.
“Opening this
facility demonstrates Colorcon’s continued commitment to the expanding
pharmaceutical market in Vietnam, reducing our customer’s time to market and
making a positive contribution to their manufacturing quality and production
efficiency,” said David Wei, general manager, Colorcon South East Asia. “The
investment highlights Colorcon’s dedication to providing best-in-class products
and services across the region.”
Tri Nha Huynh,
business development manager for Colorcon in Vietnam, said, “The new laboratory
is located at the Ton Duc Thang University, a leading university in Vietnam.
This facility enables Colorcon to bring direct support to customers in the
pharmaceutical and related industries, providing easy access to our specialist
technical services and a quicker turnaround time for their projects, helping to
bring local generic medicines faster to market.”
The facility
also provides the opportunity to extend the educational events offered through
the Colorcon Academy, with resources to conduct Colorcon Coating Schools and
Formulation Training Programs, which will facilitate knowledge sharing and
benefit individuals as well as their companies.
Colorcon’s
investment brings the total number of Technical Service Laboratories around the
world to twenty-one and the most recent is the sixth within Southeast Asia.
TiGenix obtains
commercial production license for expanded manufacturing facility, to provide
the capacity for potential European commercial roll out of investigational stem
cell therapy, Cx601; the expansion also secures manufacturing for other pipeline
products.
TiGenix, an
advanced biopharmaceutical company exploiting the anti-inflammatory properties
of allogeneic or donor-derived stem cells to develop novel therapies for serious
medical conditions, has obtained a license for the commercial production of
expanded adipose-derived stem cells (eASCs) at its expanded manufacturing
facility in Madrid.
The
manufacturing license follows an inspection by the Spanish Medicines Agency
(AEMPS) and provides production capacity for the potential initial European
commercial roll out of Cx601, an investigational stem cell therapy, for the
treatment of complex perianal fistulas in patients with Crohn's disease.
The expanded
facility will also provide sufficient capacity for the manufacturing of other
pipeline products under development by TiGenix, including Cx611, currently
undergoing a Phase I/II trial in severe sepsis.
TiGenix has
submitted a marketing authorization (MA) application for Cx601 to the European
Medicines Agency (EMA) on the basis of results from its Phase III ADMIRE-CD
trial with a decision expected in 2017.
An MA would
allow Cx601 to be marketed in all 28 member states of the EU plus Norway,
Iceland and Lichtenstein. Cx601 has been licensed to Takeda for exclusive
development and commercialization outside of the US.
Wilfried
Dalemans, Chief Technical Officer at TiGenix, said: “We are very pleased with
this approval for our expanded facility, which confirms our state-of-the-art GMP
manufacturing capabilities in the stem cell field.
We have now
significantly increased our manufacturing capacity, a key step in the
preparation for commercialization of Cx601 in Europe and in the further
development of our pipeline.
Clintec
International has opened a Centre of excellence for clinical research and
quality assurance capabilities as part of its headquarters expansion in Glasgow,
Scotland. A spokesperson
said the expansion, which adds 4327 sq. ft. to the contract research
organization’s (CRO) site, is attracting new clients.
“Global pharma
are very interested in the functional outsourcing/FSP [functional service
provision] capabilities which Clintec has, and the expanded Glasgow office
supports these clients in analytics, functional resourcing, client relations and
quality assurance.”
“We are getting
more and more requests from small/medium sized biotech companies mainly from the
US who are tapping into our capabilities and expertise especially in the
oncology and rare diseases area,” said the spokesperson.
The expansion
will create new jobs with varying skill requirements.
“Additional jobs
are being created in most areas of our business in the Glasgow HQ including our
clinical research functions such as Clinical Operations and Biometrics,
alongside corporate functions including client relations and business
development.”
“We are creating
opportunities for experienced individuals as well as trainees, and are committed
to developing the next generation of talent within clinical research,” said the
spokesperson.
Clintec said the
expanded headquarters will manage operations across Europe, and emerging
territories including Turkey, the Middle East and Africa, as well in the US,
where is it growing its client base.
“We have
embarked on a long-term vision to develop a leading capability in North
America.”
“There are
strong business links between the UK and USA, and it has been a natural fit to
fully support the US operation from the Glasgow HQ,” said the spokesperson.
There are many
opportunities in Asia Pacific for mid-sized CROs says PSI, after opening a new
office in Seoul, South Korea in response to client requests.
The
Switzerland-headquartered contract research organization (CRO) has 1,600
employees globally.
Olga Alfonsova,
global head of corporate development at PSI said the company has been getting
many requests from customers to include Asia Pacific countries and South Korea
in particular in its “Phase II and III clinical trial geomix.”
PSI provides
services to biotech and mid-sized pharma in several areas, including
antimicrobial and antifungal infections, oncology, hematology, inflammatory
bowel diseases, and neurological conditions, among others, said Alfonsova. “We
find that sites in South Korea prove to be excellent contributors to global
clinical trials in these therapeutic areas,” she added.
"Seoul is a good
place to establish an office with staff monitoring sites all across major
clinical trial locations of South Korea,” said Alfonsova.
At the same
time, the CRO is also opening an office in Taipei, Taiwan, which Alfonsova said
will be announced shortly. The office will be the company’s third in Asia in
2017, following Sydney, Australia and Seoul, South Korea.
“There are many opportunities in Asia Pacific for mid-sized, agile, private CROs such as PSI that are fit to support global clinical trials while all along focusing on on-time project delivery,” said Alfonsova.
McIlvaine
Company
Northfield,
IL 60093-2743
Tel:
847-784-0012; Fax:
847-784-0061
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