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Human evolution was not just a score, but how it was played: Research |  Health

Human evolution was not just a score, but how it was played: Research | Health

A group of human DNA sequences that appear to have evolved rapidly after our family line split from that of chimpanzees, but before our split from Neanderthals, have been discovered by a team of Duke scientists. These sequences are thought to be responsible for changes in brain development, digestion and immunity. Compared to our monkey …

Human evolution was not just a score, but how it was played: Research | Health Read More »

Human evolution was not just a score, but how it was played: Research |  www.lokmattimes.com

Human evolution was not just a score, but how it was played: Research | www.lokmattimes.com

A group of human DNA sequences that appear to have evolved rapidly after our family line split from that of chimpanzees, but before our split from Neanderthals, have been discovered by a team of Duke scientists. These sequences are thought to be responsible for changes in brain development, digestion and immunity. Compared to our monkey …

Human evolution was not just a score, but how it was played: Research | www.lokmattimes.com Read More »

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Human evolution was not just a score, but how it was played: Research

YEARS | Updated: November 27, 2022 01:11 IS North Carolina [US], Nov 27 (ANI): A group of human DNA sequences that appear to have evolved rapidly after our family line split from that of chimpanzees but before our split from Neanderthals has been discovered by a team of Duke scientists. These sequences are thought to …

Human evolution was not just a score, but how it was played: Research Read More »

Human evolution was not just the score, but how it was played

Human evolution was not just the score, but how it was played

A team of Duke researchers identified a group of human DNA sequences leading to changes in brain development, digestion and immunity that appear to have evolved rapidly after our family line split from that of chimpanzees, but before our split from Neanderthals. Our brains are bigger and our guts are shorter than our monkey peers. …

Human evolution was not just the score, but how it was played Read More »

Liver Cancer Detection Score Developed with Machine Learning Analysis of Blood Plasma DNA Fragments

Liver Cancer Detection Score Developed with Machine Learning Analysis of Blood Plasma DNA Fragments

NEW YORK – A team led by Johns Hopkins University has developed a circulating cell-free DNA (cfDNA) “fragmentome” and machine learning approach to boost the detection of hepatocellular carcinoma, suggesting the strategy can help monitor people with viral hepatitis, cirrhosis, non-alcoholic fatty liver disease (NAFLD) and other risk conditions. “Medical societies around the world recommend …

Liver Cancer Detection Score Developed with Machine Learning Analysis of Blood Plasma DNA Fragments Read More »