Key mechanism behind insulin release discovered by researchers
Researchers have identified a specific receptor that is critical for the release of insulin and provides a target for diabetes and obesity.
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Researchers have identified a specific receptor that is critical for the release of insulin and provides a target for diabetes and obesity.
A study has revealed five new signalling processes in GPCR receptors on cells that have high therapeutic potential.
Scientists seek to design therapeutically more potent chemicals from alkaloids produced by the plant, Uncaria guianensis, which could aid in combatting tumours.
Researchers have discovered an enzyme that blocks a genetic pathway that causes Parkinson’s, which could be used as a treatment in the future.
A new study has shown that restoring the amount of the kinase, HIPK2, in a kinase-depleted mouse model rescued it from heart failure and identifies HIPK2 as a novel regulator of heart failure progression.
New software has been developed that can reveal the detailed RNA-binding properties of proteins, which is important for characterising the pathology of many diseases.
Researchers have shown that histones are vital in silencing genes and that their position is inherited in new cells, providing insight into how cancer cells can become resistant to therapy.
An AAV-delivered gene therapy has demonstrated success in animal models of temporal lobe epilepsy, so could be a therapeutic option for human patients.
Researchers have found a gene that is crucial for the calcification of cardiovascular vessels in mice, which could be a target for heart attacks and stroke.
The involvement of clathrin in the development of liver cancer has been described for the first time, which could lead to more targeted therapy.
Researchers have compiled images to create the first detailed 3D models of astrocytes, which could be used in the development of therapeutics to aid their function.
A new study has demonstrated for the first time that mutations that affect myosin motor activity result in slower cell movements in vivo.
A new study that examined the protein IL-36γ could aid in the development of novel therapeutics to protect against STIs.
Researchers have discovered a protein that is required for T cell biological processes; they have also demonstrated the mechanism behind the protein.
A group of researchers has found that tau misfolding is not harmful in itself, but instead the cellular processes its affects kills neurons.