Oncusp Therapeutics Inc. has received IND clearance from the FDA to begin clinical trials with CUSP-06, a cadherin-6 (CDH6)-targeting antibody-drug conjugate designed for the treatment of multiple solid tumors. CDH6 is overexpressed in cancers including ovarian, renal, uterine, thyroid, lung, and cholangiocarcinoma. A phase I trial will pave the way for expansion in patients with platinum-refractory/resistant ovarian cancer and other advanced solid tumors.
Cytomed Therapeutics Ltd. has signed a memorandum of understanding (MOU) with Hangzhou CNK Therapeutics Co. Ltd. allowing Cytomed to utilize CNK's Piggybac technology to permanently graft the chimeric antigen receptor (CAR) gene into its γδ T cells via a non-viral gene editing method.
Ibio Inc. has announced promising in vivo data for three immuno-oncology candidates, anti-EGFRvIII, CCR8 and a bispecific TROP-2 x CD3, advancing these programs to clinical candidate selection stage.
Hebecell Corp. and Logomix Inc. have established a strategic partnership to research and develop gene-edited natural killer (NK) cells and discover genetic modifications that can create next-generation designer NK cells. Under the agreement, Logomix provides genome editing capabilities to Hebecell for development of next-generation designer Protonk cells.
Zumutor Biologics Inc. has received FDA clearance of its IND application for ZM-008 to enter a first-in-human phase I study for the treatment of multiple solid cancers. A phase I study is anticipated to begin in the fourth quarter, and will include evaluation of ZM-008 followed by pembrolizumab.
Georgiamune Inc. announced that the FDA cleared its IND application for GIM-122, a first-in-class dual-functioning monoclonal antibody designed to target a highly novel mechanism to overcome immunotherapy resistance.
CAR T-cell immunotherapy is designed with different targets depending on the receptors they will bind to. CARs can also contain different tools, like the concept of a Swiss army knife, with several utensils for different tasks. The goal is to make them more effective and durable. During the second session of the Spotlight on Immuno-Oncology conference, “Novel CAR designs and approaches,” Robbie Majzner, of Stanford University, described expanding the main components of CAR T cells to acquire new functions and act on different cell pathways.
Lift Biosciences Ltd. has reported a substantially marked increase in cancer killing with the attachment of HER2 chimeric antigen receptor (CAR) to its immunomodulatory alpha neutrophil (IMAN) cell therapy, using the company’s second-generation N-Lift (neutrophil only leukocyte infusion therapy) platform. Positive data support the potential of the In-Lift platform to produce a variety of genetically engineered CAR-IMANs to enhance killing and more targeted immunomodulation for different tumor targets.
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