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Discover Latest #Genetic News, Articles and Videos with Contenting
1. Scientists Discover Gene Mutation That Causes Brain Cancer In Children, https://www.forbes.com/sites/robinandrews/2017/03/24/scientists-discover-gene-mutation-that-causes-brain-cancer-in-children/#7a0ae1a04a45 2. Genome Editing: What It Is and What It Could Mean for the Future, https://www.technologyreview.com/s/602566/genome-editing-what-it-is-and-what-it-could-mean-for-the-future/ 3. How CRISPR Is Changing Genetics, https://www.nytimes.com/2017/04/06/science/crispr-genetics-genome-editing.html 4. Scientists Add a 33rd Human Chromosome to Cells in the Lab, https://www.the-scientist.com/news-opinion/scientists-add-a-33rd-human-chromosome-to-cells-in-the-lab-67288
Confugenics - Consumer Eugenics in East Asia | Research Communities by Springer Nature
A new terminology - “Confugenics” is thus proposed to describe the prospective intersection of such emerging human enhancement and reprogenetic technologies with the fixation on academic achievements and social status shaped by hyper-competitive social norms within East Asian societies.
Confugenics - the East Asian Iteration of Consumer Eugenics Spells Demographic Disaster | Research Communities by Springer Nature
A new terminology - “Confugenics” is thus proposed to describe the prospective intersection of such emerging human enhancement and reprogenetic technologies with the fixation on academic achievements and social status shaped by hyper-competitive social norms within East Asian societies.
PeachSNP170K: From Genomics to Breeding — A Genotyping Tool for Trait Dissection and Improvement in Peach | Research Communities by Springer Nature
Peach breeding faces challenges like a narrow genetic pool and complex traits. The PeachSNP170K array, with high marker density and broad germplasm coverage, supports genetic dissection and genomics-assisted breeding (GAB) for traits, enhancing breeding efficiency.
Breaking balance – how Bilophila wadsworthia turns rogue | Research Communities by Springer Nature
Using a multidisciplinary approach, we uncovered the genetic and metabolic basis of Bilophila wadsworthia colonisation and its impact on the host. Our findings show how microbial interactions and dietary context drive this pathobiont’s switch from harmless resident to inflammatory agent.