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Researchers systematically analyze alternative splicing in the family of glutamate receptors

Alternative splicing can lead to the formation of numerous protein variants. For the first time, alternative splicing has now been systematically analysed for the family of glutamate receptors.

17 Jun 2021

Novel technique greatly increases the resolution of atomic force microscopy

Scientists at Weill Cornell Medicine have developed a computational technique that greatly increases the resolution of atomic force microscopy, a specialized type of microscope that "feels" the atoms at a surface.

17 Jun 2021

Study decodes the activation mechanism of immune cells

Chemokines are small proteins that adhere to these chemokine receptors and regulate the behavior and movement of white blood cells.

17 Jun 2021

Newly identified protein regulates the flow of materials in the Drosophila ovary

According to a research work performed by Northwestern Medicine and published in the Current Biology journal, a protein helps guide the flow of materials in the ovary of Drosophila fruit flies during the formation of egg cells.

17 Jun 2021

Advanced video microscopy reveals molecular details of malaria invasion

Using cutting-edge video microscopy, researchers have successfully observed the molecular intricacies of how malaria parasites enter red blood cells.

From Walter and Eliza Hall Institute of Medical Research (WEHI) 17 Jun 2021

Study reveals the key role of motor proteins in mitotic spindle elongation

Proper chromosome segregation into two future daughter cells requires the mitotic spindle to elongate in anaphase. However, although some candidate proteins are implicated in this process, the molecular mechanism that drives spindle elongation in human cells has been unknown, until now!

16 Jun 2021

AI model helps predict which viruses are likely to spread from animals to humans

A new model that applies artificial intelligence to carbohydrates improves the understanding of the infection process and could help predict which viruses are likely to spread from animals to humans. This is reported in a recent study led by researchers at the University of Gothenburg.

16 Jun 2021

New method reveals high-resolution structure of biomolecules

A new study integrates molecular dynamics simulations and experimental data to inspect biomolecules in their natural environment.

16 Jun 2021

Single mutation leads to rare genetic muscle disease

The origin of rare, severe muscle disease has been uncovered by an international team of researchers headed by the University of Bonn (Germany).

16 Jun 2021

Human cells can convert RNA sequences into DNA

Cells include machinery that replicates DNA into a new set, and this, in turn, develops into a newly formed cell.

15 Jun 2021

New types of glial cells in the brain may treat neurodegenerative diseases

Researchers from the University of Basel have discovered two types of glial cells that may play an important role in brain plasticity and repair.

15 Jun 2021

Study finds a link between progression of Alzheimer’s disease and corpuscles in cell nuclei

Studies conducted on patients’ tissue as well as mini-brains created from stem cells have provided a better insight into Alzheimer’s disease.

15 Jun 2021

Living cells can produce semi-interpenetrating polymer networks

Biomedical engineers at Duke University have demonstrated that a class of interwoven composite materials called semi-interpenetrating polymer networks (sIPNs) can be produced by living cells. The approach could make these versatile materials more biologically compatible for biomedical applications such as time-delayed drug delivery systems.

11 Jun 2021

New understanding of the molecular basis behind continuous stem cell activity in plants

An inter-university research group has succeeded in constructing the gene expression network behind the vascular development process in plants. They achieved this by performing bioinformatics analysis using the 'VISUAL' tissue culture platform, which generates vascular stem cells from leaf cells.

11 Jun 2021

Scientists unravel the proteins that trigger some cancerous tumors

Even on a good day, DNA is constantly getting damaged. Nicks, scratches, breaks: the delicate strands that carry life's genetic code take a beating as they jumble about in the course of their work. If left untreated, errors accumulate, with fatal consequences -- such as cancerous tumors -- for the cell and the organism.

11 Jun 2021