Harnessing the Potential of Human Lambda Light Chains in Antibody Discovery Campaigns
Targeting GPCRs With DeepImmune™
Fully Human Antibody Discovery Using Nanovials and Plasma Cells From ATX-GK™ Mice
Webinar Overview: Discover how to access previously untapped sources of high-affinity antibodies. In this presentation, Dr. Joe de Rutte from Partillion Bioscience and Dr. Dilip Challa from Alloy Therapeutics discuss how breakthrough technology can help: Access Plasma Cell Diversity: Discover how nanovial technology enables screening of plasma cells from ATX-GK transgenic mice harboring fully human […]
Alloy Therapeutics Announces Scientific Advisory Board to Drive Roadmap of Biotherapeutic Discovery Platform Innovation
Alloy Therapeutics Announces Scientific Advisory Board to Drive Roadmap of Biotherapeutic Discovery Platform Innovation. BOSTON, Mass. – September 20, 2023 — Alloy Therapeutics, a biotechnology ecosystem company, announced the formation of its scientific advisory board (SAB) that includes a group of renowned experts in fields spanning immunology, protein engineering, T cell receptor (TCR) modalities, and […]
High Efficiency CAR Discovery Screening
Chimeric antigen receptor cell therapy (CAR-T, CAR-NK, etc.) is a promising therapeutic modality, but functional screening is a bottleneck for traditional two-step CAR-T discovery process of antibody binder discovery and CAR-T functional engineering. In this webinar, scientists at Alloy showcase their unique CAR discovery workflow that incorporates human antibody identification and characterization, mRNA-based CAR construct […]
Alloy Therapeutics Expands Executive Team to Strengthen Therapeutic Discovery and Innovation for Its Partners
Biotherapeutic discovery and development expert Michael Schmidt joins as CSO to manage an expansive roadmap of technical innovation across Alloy’s platforms, services, and company formation in six modalities. Alloy’s Martin Leach is promoted to COO to expand the company’s operational excellence and discovery services capacity for partners. BOSTON, Mass. – June 28, 2023 — Alloy Therapeutics, […]
Alloy Therapeutics Launches Proprietary AntiClastic™ Antisense Oligonucleotide Platform to Make Potent Genetic Medicine
AntiClastic™ Antisense Oligonucleotide (AntiClastic ASO) is a proprietary platform available exclusively through partnerships with Alloy. Sudhir Agrawal, D.Phil, inventor of the underlying IP for the AntiClastic ASO platform, to chair Alloy’s genetic medicines scientific advisory board (SAB). BOSTON, Mass. – June 28, 2023 — Alloy Therapeutics, a biotechnology ecosystem company, announced the launch of its […]
Alloy Therapeutics to Empower Drug Discovery of Lundbeck’s Biologics for Brain Health
BOSTON, Mass. – May 2, 2023 — Alloy Therapeutics, a biotechnology ecosystem company, announced it is collaborating with Lundbeck, a global pharmaceutical company specializing in brain diseases, in the discovery of novel biologics therapies. Through this agreement, Lundbeck will gain access to Alloy’s Antibody Discovery Services and its SeqImmune™ discovery module, which is a sequence-first workflow […]
Alloy Therapeutics Announces an Expansion of its Antibody Discovery Services in Conjunction with Two New Senior Vice Presidents
Alloy Antibody Discovery Services offers partners a modular campaign design that can meet their goals and budgets as they collaborate to discover the best antibodies with therapeutic potential. BOSTON, Mass. – April 26, 2023 — Alloy Therapeutics, a biotechnology ecosystem company, announced the appointment of Kent Bondensgaard and John “Lippy” Lippincott as the latest members […]
How Alloy is Enabling the Discovery and Engineering of Chimeric Antigen Receptors for Cell Therapies
Cell therapy utilizing chimeric antigen receptors (CARs) for immunotherapy of cancer show great promise as treatments of blood cancers. CARs are composed of an antigen binding domain linked to a signaling domain, which collectively enables recognition of the cancer antigen and activation of the CAR-T cells. Therapeutically active CARs require high levels of antigen binding […]