GSK plc will pay Frontier Biotechnologies Inc. $40 million up front and up to $963 million in milestone payments to license two of Frontier’s small interfering RNA-based assets in the field of immunology.
Frontier Biotechnologies Inc. has entered into an exclusive licensing agreement with GSK plc whereby GSK will obtain exclusive worldwide rights to develop, manufacture and commercialize two of Frontier’s small interfering RNA (siRNA) pipeline products.
The priority BLA from Otsuka Pharmaceutical Co. Ltd., of Tokyo, and its U.S. subsidiary, Otsuka Pharmaceutical Development & Commercialization Inc., for sibeprenlimab to treat immunoglobulin A nephropathy (IgAN) has received accelerated approved by the U.S. FDA.
Q32 Bio Inc. handed off rights to phase II-stage complement inhibitor ADX-097 in a deal with Akebia Therapeutics Inc. that helps the former extend its cash runway to focus on lead candidate bempikibart in alopecia areata and bolsters the latter’s efforts to build a rare kidney disease pipeline.
The priority BLA from Otsuka Pharmaceutical Co. Ltd., of Tokyo, and its U.S. subsidiary, Otsuka Pharmaceutical Development & Commercialization Inc., for sibeprenlimab to treat immunoglobulin A nephropathy (IgAN) has received accelerated approved by the U.S. FDA.
Xortx Therapeutics Inc. has entered into a binding term sheet to acquire a renal anti-fibrotic therapeutic program from Vectus Biosystems Ltd., including a novel new chemical entity, VB4-P5.
Hansa Biopharma A/S has turned in positive data from a pivotal U.S. phase III trial of imlifidase, an enzyme that speedily removes antibodies from the bloodstream, enabling highly sensitized kidney patients to have transplants.
Ube Corp. and Galts Pharma Co. Ltd., a venture company from Kumamoto University, have signed an agreement giving Galts exclusive worldwide rights to develop, manufacture and market UD-051 (GP-051), a compound discovered through joint research by Ube and Kumamoto University.
The ionic and metabolic impairment observed in chronic kidney disease (CKD) leads to vascular calcification, which can induce cardiovascular events and mortality. Several factors may impact the progression of vascular calcification, where inorganic pyrophosphate plays a crucial inhibitory role.
Gene and cell therapies (GCTs) can target the kidney to treat congenital, acute or chronic diseases affecting this organ. However, its complex structure poses a challenge for these technologies. To be precise and effective in the long term, new approaches should circumvent the specificities of renal tissue, with novel methods of delivery and gene transfer to offer new therapeutic options for patients who lack them.
