Research into cellular signalling mechanisms may lead to new treatments
Wnt moves to specific areas of the cell membrane, interacting with a receptor known as Ror2, and inducing the formation of a cytoneme...
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Wnt moves to specific areas of the cell membrane, interacting with a receptor known as Ror2, and inducing the formation of a cytoneme...
The expression of PI3Ky increases during infection by T.cruzi, providing an essential response controlling the parasite and avoiding inflammation...
Study raises doubts on a previous theory of Parkinson’s disease...
The structural protein is required for the chromosome to adopt a conformation that suppresses gene expression...
A new diagnostic test developed by researchers at UC San Diego shows promise for detecting pancreatic cancer earlier...
Researchers have developed a new peptide format that they call double-bridged peptides...
A study of 27,000 women finds that branched-chain amino acid levels in the bloodstream are as predictive of heart disease as LDL cholesterol, other risk factors...
A discovery sheds light on how cancerous cells differ from healthy ones and could lead to the development of new strategies for therapeutic intervention for difficult-to-treat cancers...
Advance paves the way for the design of transmembrane proteins with useful new functions...
Scientists in Moscow have extended the reach of QSP modelling by applying it to tau phosphorylation to better understand Alzheimer’s disease (AD) progression.
Scientists have identified a gene that may play a protective role in preventing heart disease...
Proteogenomics is the systematic and comprehensive integration of proteomics with genomics and transcriptomics. Proteogenomics is opening new hallmarks in biomedical research. Recently, several studies have demonstrated the relevance of proteogenomics in cancer research. This article provides a brief review of the advantages of proteogenomics in precision medicine.
Researchers identify binding site on the amyloid beta peptide that could facilitate better drugs to treat the disease...
Researchers have uncovered a new genetic cause for erythropoietic protoporphyria...
A team of researchers has discovered the role of the protein ZBTB48 in regulating both telomeres and mitochondria, key players involved in cellular ageing.