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Post-Translational Modifications

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NISTmAb monoclonal antibody
Post-Translational Modifications

Getting at Glycosylation

Antibodies
Post-Translational Modifications

Optimize Protein Glycosylation—and—Yield by In Vitro Glycoengineering

Glycosylation enzyme molecule
Post-Translational Modifications

Successfully Addressing the Challenges of Glycosylation

Takeda Pharmeutical lab
Post-Translational Modifications

Controlling Product Quality is the Name of the Game for Continuous...

Post-Translational Modifications

Potential New Drug Targets ID’ed for Deadly Viruses

Post-Translational Modifications

Genetically Encoded Frankenbody Lights Up Live Cell Imaging

Post-Translational Modifications

In Pancreatitis and Pancreatic Cancer, a Supposed Bystander May Be a...

Post-Translational Modifications

Natural Anti-Parkinson’s Mechanism Discovered That Targets Fibrils, Prevents Lewy Bodies

A study of acquired heart failure implicates a protein clumping mechanism triggered by a mono-phosphorylated form of desmin. The study also shows that toxic clumping can be detected by positron emission tomography (PET). (Top) A PET scan detects clumping proteins in rat hearts. (Right) The enlarged heart is one with heart failure. (Bottom) Other PET scans showing blood flow in the rat hearts show that the protein clumps aren't due to circulation problems. [Courtesy of Circulation Research
Post-Translational Modifications

Alzheimer’s-Like Clumping Proteins Found in Diseased Hearts

Synthetic biomaterials can draw on the power of post-translational modification to accomplish temperature-triggered self-assembly
Post-Translational Modifications

Self-Assembling Lipid–Polypeptide Biomaterials Follow Heat Cues

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