Researchers at UC Riverside have made a groundbreaking discovery in cancer treatment by developing a peptide that can control MYC, a key protein involved in…
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DeepGO-SE, an AI tool created by KAUST researchers, revolutionizes the prediction of unknown protein functions using logical entailment and advanced language models, showing significant potential…
Recent research demonstrates that omnivorous meals with lean beef lead to higher muscle protein synthesis than vegan meals with equal protein content, highlighting the importance…
A study by CUNY ASRC researchers, using X-ray crystallography under different conditions, revealed various shapes of a disease-related protein, offering new avenues for drug development.…
Scientists have uncovered the intricate workings of a three-protein complex in the cell replication signaling pathway, a breakthrough that could lead to novel and more…
Scientists at the MRC Laboratory of Molecular Biology have identified TAF15 protein aggregates as a key factor in frontotemporal dementia, a discovery that could revolutionize…
Researchers discovered a crucial protein, TAF15, in frontotemporal dementia (FTD) cases. This finding, offering new treatment avenues, was achieved using advanced neuropathologic and molecular techniques,…
Scientists discover a ‘toxin sponge’ protein in poison dart frogs that safely stores dangerous alkaloids, offering potential new approaches for treating human poisonings. (Artist’s concept.)…
A research study by Tulane University discovered a new pathway for halting lung cancer. It highlights the role of RBM10 in suppressing cancer growth and…
A groundbreaking study at UMass Amherst has decoded how sugars attached to proteins guide their correct folding, shedding light on potential treatments for diseases caused…
The image shows the protein traps, which consist of nanoscale chambers and polymers that form gates above. These “doors” are opened up by increasing the…
Researchers have developed a new memory research breakthrough by genetically modifying the LIMK1 protein and activating it with rapamycin. This innovative approach shows potential in…
Researchers have created a novel fluorogenic probe to illuminate the interactions between sugars and proteins, crucial for understanding various biological processes and diseases. Researchers at…
Researchers have advanced cancer research by identifying hidden regions in the K-Ras protein that contribute to its role in cancer cell proliferation. This discovery, facilitated…
Proteins in human cells commonly undergo N-terminal acetylation, a modification by the enzyme group N-terminal acetyltransferases (NATs), the function of which has been largely mysterious.…
A study on mice has shown that progressive resistance strength training can mitigate the negative metabolic effects of a high-protein diet. The research unveiled that…
The University of Tokyo’s new protein folding model, WSME-L, offers enhanced predictions over traditional models. This breakthrough can impact medical research, including studying Alzheimer’s and…
Researchers have identified a potential therapeutic target for Alzheimer’s disease, a protein called ABCA7. Through extensive studies, they revealed the intricate ties between ABCA7, cholesterol,…
Protein condensates (shown here in a microscope image) are critical to the process of gene expression in cells, and condensate formation depends on proteins’ intrinsically…
A series of cryo-EM images. The greyscale photos represent 2D projections of multiple views of the imaging scaffold attached to a target protein; the color…