Pall Biotech signs an industry participation agreement with the New Jersey Innovation Institute to create two centres designed to develop and manufacture cell and gene therapies.
Thermo Fisher Scientific bolsters its gene therapy capabilities by acquiring Brammer Bio for $1.7bn, as the market becomes an ‘increasing focus’ for customers.
Abzena and Lipum enter agreement for the development of biologics for juvenile idiopathic arthritis, using the former’s proprietary cell line and GMP resources.
In a step towards the commercialisation of its ‘off-the-shelf’ CAR-T therapies, Cellectis begins construction of a facility in France and enters lease agreement for US facility.
Regenerative medicine raised $13.3bn in funds during 2018 but investors question whether treatments can be manufactured consistently, according to AMR annual report.
As technology has advanced, rare diseases have been met with therapies that target the cause of the condition, enabling the global market for orphan drugs to reach an expected $262bn by 2024.
MaxCyte announces a partnership with Kite to explore the use of flow electroporation technology to enable the non-viral cell engineering of CAR-T drug candidates.
The rapid evolution of cell and gene therapy technology is leading GE Healthcare to explore partnerships to meet increasing manufacturing demand, according to the company's enterprise solutions leader.
Biogen agrees Nightstar acquisition for $800m to take on its pipeline of AAV treatments for retinal disorders, diversifyingy its pipeline in the rare disease market.
The market for cell therapy products is set to expand based on increasing investment from the industry and the implementation of advanced manufacturing technologies.
ABL will use WuXi’s platforms in an extended agreement for the development and commercialization of its bispecific antibodies, using the recently launched WuXiBody platform.
In its full-year financials, Novartis announced plans to transform its cell therapy manufacturing process through greater investment and utilisation of digital technologies.
In addition to the $55m previously invested, Novartis will spend a further $60m in expanding AveXis’ site in North Carolina enabling the manufacture of multiple gene therapies simultaneously.
The WHO establishes a multi-disciplinary committee to advise on the ethical and scientific challenges of human genome editing, as the technology’s capability and utilization grows in the industry.
Oxford Genetics and Sphere Fluidics to partner, alongside additional biopharma organizations, to develop automated systems for high-throughput gene editing in mammalian cell lines.
ICT is developing upon CAR-T cell technology to enable T-cells to persist against cancer’s attempt to program death into a patient’s defensive T-cells, which could potentially treat solid tumors.
Renaissance BioScience enters a partnership with Mitacs to test its yeast-based, RNAi production platform for biocontrol and biotherapeutics applications.
NICE recommends CAR T-cell treatment Kymirah to be covered by the Cancer Drugs Fund to treat adult patients with lymphoma, despite previous negative appraisals.
The explosion of the gene therapy industry is leading to supply issues, which has led one company to view producing its own clinical materials as its best option.
The contract market for bringing biologics through the pipeline to commercialisation is growing at a rapid clip, with a recent report suggesting a high CAGR in the sector.
GE Healthcare and G-CON have combined capabilities to offer drug developers ‘readily deployable’ manufacturing platforms for cell therapies and viral vectors.
Celgene and Kyn Therapeutics enter a licensing agreement to develop Kyn’s immuno-oncology pipeline for investigative therapies after Celgene was acquired by BMS.
Fujifilm has launched an upgrade to its subsidiaries manufacturing capabilities, by increasing capacity by 50% at an existing facility and building an entirely new site for cell technology.
With nearly 300 cell and gene therapies in development, targeting more than 100 diseases, 2019 could be set to be a big year for cell and gene therapies.
