Manufacturing, Cell Therapies

Cellnest will join Fujifilm Irvine Scientific’s PRIME-XV portfolio which consists of xeno-free and chemically defined media for stem cell culture.

Catalent will use T-knife´s TCR platform for a T-cell receptor-based cell therapy at its Gosselies, Belgium, site in order to manufacture clinical batches for European trials in 2021.

The new facility will produce cell therapies for clinical evaluation from discovery through to Phase 2b trials while expanding Takeda’s abilities to develop next-generation cell therapies.

The investment will include new manufacturing lines and increased automation to deliver additional manufacturing capacity.

Cellular and gene therapy fields are currently on track for, if not already experiencing, a serious capacity crunch.

Regulators strive to review flood of advanced treatments while also vetting COVID-19 vaccines.

The European Medicines Agency recently approved two European Novartis sites in France and Switzerland for the commercial manufacturing of chimeric antigen receptor T-cell cell therapies.

RNA is easier to manipulate than DNA but challenging to deliver to the right cells.

Manufacturers must address scale-out challenges of autologous cell therapy for commercial manufacturing.

The site can now support customized product and bioprocess development and custom cell and gene therapy reagent manufacturing.

The company will invest $75 million into its Canton, MA, facility to expand its viral vector, gene therapy, and contract development and manufacturing capabilities.

Working with incubators can provide cell and gene therapy developers with more opportunities.

Ori Biotech is partnering with manufacturers and materials suppliers to develop an automated system for cell and gene therapy manufacturing.

Hitachi Chemical Advanced Therapeutics Solutions and apceth Biopharma entered into long-term development and manufacturing services agreements for the clinical and commercial supply of multiple bluebird bio therapies.

The center will be located at NJIT’s Life Sciences and Engineering center and will feature two good manufacturing practices suites that are expected to be completed and operational during the summer of 2020.

The companies will collaborate on the discovery and development of next-generation drug and engineered cell therapies focused on natural killer cells.

A variety of assays should be used to detect bacterial, fungal, and viral contaminants in the human source cells used for cell therapies.

The new patented process results in uniform, scalable production and the ability to deliver cell cargo similar to natural exosomes/extracellular vesicles.

Thermo Fisher is focused on investing to expand three specific areas of demand: biologics, cell and gene therapy, and drug product development and commercial capabilities.

In January 2020, the agency finalized six clinical development and manufacturing guidance documents and drafted new guidance on what would qualify new gene therapies as orphan drugs.

Single-use and modular systems will meet demand for rapid implementation at different scales.

If approved, the therapy may become the first-choice treatment for relapsing multiple sclerosis patients and will be the first B-cell therapy that can be self-administered using an autoinjector pen.

The companies aim to develop novel cell therapies for treating multiple cancers.

Technology and capacity investments create opportunities in the cell and gene therapy arena for CDMOs and biopharma alike.

As cell and gene therapies become more prominent, industry is seeking the expertise and capabilities of outsourcing partners to ensure success.

Contract partners must help innovator biotechs consider manufacturability as early as possible in development. This requires focusing on technical and operational performance, as well as cost.

The new facility includes six classified environment rooms with space to expand.

The commercialization of cell therapies is still at its infancy, but industry is facing an exciting period of development as the sector is expected to grow exponentially.

The trend toward personalized medicines includes more complex manufacturing cycles that can benefit from advanced process modeling early on in the therapeutics’ development.

The new facility, to be operated under the newly formed CDMO, The Center for Breakthrough Medicines, will be located in King of Prussia, PA, and will increase manufacturing capacity for cell and gene therapies.