A new artificial intelligence model called SyntheMol is developed by Stanford Medicine researchers. It generates formulas that chemists may use to synthesize pharmaceuticals in the lab.
This was a critical question and finding the answer opens up a whole new understanding of the link between this serious lung injury and the kind of inflammation that can lead to cardiovascular complications.
Researchers made a substantial advancement in computational pathology and medical diagnostics by creating a machine-learning model to enhance prostate cancer biopsy evaluation.
By a process called crossover, meiosis produces genetically different reproductive cells, in contrast to somatic cell division, which splits and copies the DNA identically.
This is a previously unidentified natural “anti-failure” mechanism in the DNA replicating process.
A recent study sheds light on why leukaemic stem cells that were spared from chemotherapy go on to proliferate and develop into AML cells after treatment.
Numerous immune system genes are among the altered genes that increase a person’s chance of developing Alzheimer’s disease
White blood cells can target senescent cells, a different class of cells, provided they get the appropriate genetic alterations. Numerous disorders that we face as we age are believed to be caused by these cells.
Researchers discover that they can identify sepsis before symptoms appear by using a special AI system that keeps track of several patient factors, such as vital signs and test findings.
The latest research addresses these issues by demonstrating, for the first time, dopamine’s vital role in maintaining romantic relationships.
