Kabtamu Gemechu, Haftu Asmerom, Beza Sileshi, Rebuma Belete, Firayad Ayele, Kabtamu Nigussie, Tilahun Bete, Abraham Negash, Addisu Sertsu, Shambel Mekonnen, Mesay Arkew
Anemia and associated factors among under-five children attending public Hospitals in Harari Regional State, eastern Ethiopia: A cross-sectional study
Medicine
darwin recognized grand almost untrodden field inquiry opened causes laws variation however modern synthesis assumes intrinsic probability individual mutation unrelated mutations potential adaptive value attention focused selection rather intrinsic generation variation yet many examples illustrate term random mutation widely understood inaccurate probabilities distinct classes variation neither evenly distributed across genome invariant time unrelated potential adaptive value selection acts upon variation multiple biochemical mechanisms evolved increase relative probability adaptive mutations effect generation heritable variation feedback loop selection mechanisms tend generate variants survive recurring challenges environment would captured survival thus inherited accumulated within lineages genomes moreover genome variation affected wide range biochemical processes genome variation regulated biochemical mechanisms sense stress lack nutrients dna damage increase probability specific classes variation deeper understanding evolution involves attention evolution environmental influences upon intrinsic variation generated gametes words upon biochemical mechanisms generate variation across generations concepts profound implications types questions asked omics databases become comprehensive detection methods sensitive computation experimental analyses even high throughput thus capable revealing intrinsic generation variation individual gametes concepts also profound implications evolutionary theory upon reflection argued predicts selection would increase probability generating adaptive mutations words predicts ability evolve evolves