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Cancer-Causing Culprits Will Be Caught By Their DNA Fingerprints

Drug Discovery Today

Causes of cancer are being catalogued by a huge international study revealing the genetic fingerprints of DNA-damaging processes that drive cancer development.

DNA 100
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AI reveals prostate cancer is not just one disease

Drug Discovery World

Research published in Cell Genomics has shown that prostate cancer includes two different subtypes of the disease, also known as evotypes. The researchers analysed the DNA of prostate cancer samples in 159 patients using whole genome sequencing and used an AI technique known as neural networks to compare the different samples.

Disease 147
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New patient-partnered research project will study heart disease and diabetes risk in South Asian populations

Broad Institute

Researchers still do not fully understand why, in part because people of South Asian descent are largely underrepresented in genomic and cardiometabolic research. Researchers still do not fully understand why, in part because people of South Asian descent are largely underrepresented in genomic and cardiometabolic research.

Disease 145
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Ancient viruses may hold key to gene therapy treatments

Drug Discovery World

The research focuses on a group of small, ubiquitous viruses called ‘parvoviruses’ (from the Latin word ‘ parvus’ meaning ‘small’, ‘puny’ or ‘unimportant’). It was led by scientists at the MRC-University of Glasgow Centre for Virus Research (CVR) and University of Massachusetts Chan Medical School. .

Virus 130
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Shervin Tabrizi

Broad Institute

His work focuses on developing novel technologies to improve the performance of liquid biopsies for cancer detection, using approaches in protein engineering to create agents that can improve the recovery of cell-free DNA from the body. Tabrizi earned his M.D.

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A close research partnership with African scientists helps solve the mystery of malaria-like illnesses

Broad Institute

Little is known about what pathogens cause these infections, and so these “non-malarial febrile illnesses” (NMFI) often fly under the radar of infectious disease surveillance programs because researchers don’t know which pathogens to look for. Tags: Infectious Disease DNA sequencing RNA sequencing Nature Communications.

Research 111
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Decoding diseases: The AI renaissance in clinical trials

Drug Discovery World

While traditional approaches to clinical trials have helped us manage some of these conditions to a certain extent, they alone may not provide us the velocity we need to accelerate the research and conquer these diseases, raising the possibility that technologies such as artificial intelligence (AI) may hold the answer.