Manufacturing, Cell Therapies

New data highlights ability of the SQZ cell therapy platform to preserve cellular functions.

Platform processes have improved monoclonal antibody scale-up. Can they do the same for personalized therapies?

Advanced therapy medicinal products pose unique manufacturing challenges that will require appropriate and thoughtful facility design and equipment.

The acquisition will allow Lonza to further develop technology for scalable autologous cell-therapy manufacturing.

The company will collaborate with GlycoBac to offer an insect cell line for the development of viral vaccines and gene therapies.

The companies will develop and commercialize ARO-HBV, a Phase I/II subcutaneous, ribonucleic acid interference therapy candidate being investigated for the treatment of chronic hepatitis B viral infection.

The companies signed a three-year clinical manufacturing agreement to manufacture GlaxoSmithKline’s specific peptide enhanced affinity receptor T-cell receptor therapy for United States, Canadian, and European clinical trials.

GE Healthcare, Cobra Biologics, and the Centre for Process Innovation (CPI) have entered into a collaboration to advance manufacturing of adeno-associated virus vectors for gene therapy.

FDA awarded nearly $3 million in grants for continuous manufacturing and other advanced manufacturing technologies as part of the agency’s efforts to ensure a robust and reliable supply of biological products.

The CHF 400-million (US$416-million) investment in Lonza's biopark in Visp, Switzerland, will expand Ibex Solutions with two new offerings, drug substance development and drug substance and drug product manufacturing.

The combined companies will provide research- and clinical-grade human immune cells, blood products, and related services.

Avalon and Weill will co-develop bio-production and standardization procedures for CAR-T therapy.

The companies will collaborate on the discovery, development, and commercialization of cell therapies for cancer.

Boehringer Ingelheim joins Oxford BioMedica, UK Cystic Fibrosis Gene Therapy Consortium, and Imperial Innovations to form a partnership for developing a new gene therapy to treat cystic fibrosis.

The companies will work together to develop novel gamma delta T-cell receptor therapies in various cancers.

The changing regulatory and manufacturing environment is ushering in a new approach to drug development.

The acquisition would combine Sangamo’s ex vivo gene-editing capabilities with TxCell's regulatory T-cell (Treg) expertise to create chimeric antigen receptor (CAR)-Treg therapies.

The company has run into a snag in producing Kymriah for the diffuse large B-cell lymphoma patient population, the second indication for which the therapy was recently approved by FDA.

CELLforCURE will produce cancer CAR-T treatments for Novartis at a manufacturing facility in Les Ulis (Essonne), France.

The agency is releasing six new draft guidances to provide a regulatory framework for handling gene therapies.

The company has completed the first phase of expansion at its headquarters in Freiburg, Germany, in anticipation of increasing demand as cell and gene therapies approach commercialization.

The company will provide the first FlexFactory manufacturing platform for cell therapy manufacturing.

FUJIFILM Diosynth Biotechnologies opens Cambridge, MA center to promote collaboration with biotech companies.

GE Healthcare and the Centre for Commercialization of Regenerative Medicine (CCRM) will support scale-up efforts by DiscGenics for a new cell therapy intended to treat back pain.

The gene therapy company is expected to invest $55 million in a new manufacturing facility that will produce therapies for rare neurological genetic diseases.

The company has leased and purchased facilities in the United States and Europe to expand its cell therapy pipeline.

Lonza announces addition of mid-scale biologics manufacturing capacity and cell-therapy suites at Portsmouth, NH site.

GE Healthcare’s new Sefia S-2000 cell processing system allows operators to conduct multiple cell therapy manufacturing steps with one instrument.

The company is launching a new pre-fabricated, ready-to-run manufacturing facility that is expected to significantly decrease the production timeline for viral vector-based therapeutics.

Sartorius Stedim Biotech will supply equipment for Penn State’s new Fermentation Facility in the university’s Center of Excellence in Industrial Biotechnology.