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Feinstein Institutes researchers discover new protein for sepsis treatment

Pharmaceutical Technology

Researchers at the Feinstein Institutes for Medical Research have discovered a new protein that can be a potential therapeutic target for lethal sepsis. Led by Feinstein Institutes researcher Haichao Wang, the new study focuses on detecting protein mediators that might contribute to uncontrolled immune responses to lethal infections.

Protein 263
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Researchers find that new approach to boosting protein production could advance mRNA and protein-based medicines

Medical Xpress

Medicines that are based on mRNAs and proteins—particularly vaccines and antibodies—are time-intensive and costly to make. The challenge is in producing the necessary mRNAs and proteins in large enough amounts at low cost.

Protein 75
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Versant-backed Firefly Bio wants to make the next generation of ADCs

Bio Pharma Dive

Armed with $94 million in funding, the biotech is marrying antibody-drug conjugates with protein degraders to create a new kind of cancer medicine.

Protein 196
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AbbVie to buy UK biotech DJS for $255M

Bio Pharma Dive

The deal gives AbbVie an experimental medicine for idiopathic pulmonary fibrosis, as well as a platform for designing antibody drugs that can target proteins known as GPCRs.

Protein 329
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Shark antibody-like proteins neutralize COVID-19 virus, help prepare for future coronaviruses

Scienmag

MADISON — Small, unique antibody-like proteins known as VNARs — derived from the immune systems of sharks — can prevent the virus that causes COVID-19, its variants, and related coronaviruses from infecting human cells, according to a new study published Dec.

Protein 87
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J&J wins approval of new kind of multiple myeloma drug

Bio Pharma Dive

The treatment, which will be sold as Tecvayli, is the first bispecific antibody cleared for the disease. It joins a group of medicines on market that target a protein called BCMA.

Protein 297
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Phase I IgG1 antibody treatment could halt fibrosis

Drug Discovery World

The first cohort of participants has been dosed in a Phase I trial MTX-474, a human IgG1 antibody designed to neutralise EphrinB2 signalling to treat fibrosis. WISP1 is a secreted matricellular protein shown to have a relevant role in fibrosis progression, measurable in human blood, and correlates with disease severity.