genome – Christian Life Coaching Franklin Tennessee

25Dec 2022 by Post

Merry Christmas! #8 Story of 2022: “Non-Random” Mutations

Arabidopsis thaliana, biology, cabbage, Darwin-skeptics, DNA, Evolution, gene-coding, genome, Intelligent Design, Journal of Theoretical Biology, Life Sciences, mustard, mutation, mutation rate, Nature (journal), non-random mutation, proteins, random mutations, Research, thale cress, waiting-time problem

The study was able to directly measure mutations after they occurred in the plant but before mutations could have been affected by natural selection. Source

08Aug 2022 by Post

Beyond Genes: Biologists Seek Purpose in Unknown Substances, Processes

Andrew Nelson, Arabidopsis thaliana, Bernhard Kramer, biology, bok choy, Boyce Thompson Institute, Brassica rapa, cell's, central dogma, Cornell University, genome, Human Genome Project, Intelligent Design, Junk DNA, Kyle Palos, Life Sciences, lincRNA, Mars, mustard species, non-coding RNAs, Reductionism, RNA, The Plant Cell, turnips, University of Zurich

There’s more going on in DNA and cells than the old Central Dogma predicted. The time has come to look beyond genes. Source

21Jul 2022 by Post

How Octopuses Got So Smart? “Junk DNA”

biology, birds, brain, California octopus, clams, common octopus, genome, intelligence, Intelligent Design, invertebrates, jumping genes, Junk DNA, Long Interspersed Nuclear Elements, mammals, marine invertebrates, Neuroscience & Mind, octopuses, oysters, transposons, unguided evolution

Jumping genes used to be dismissed as junk DNA which in turn was held to be slam-dunk evidence for unguided evolutionary processes. Source

06May 2022 by Post

Cell Fate: Another Hurdle for Evolution

agentless acts, astrocyte, blood cells, CAF-1, cell's, Charles Darwin, chromatin, coordinated action, daughter cells, DNA, ELF1, Engineering, Evolution, genome, heart cell, histones, industry, Intelligent Design, Jernej Murn, kidney cell, liver cell, muscle cell, Nature Communications, Neil Thomas, neutrophils, Sihem Cheloufi, stem cells, UC Riverside

When a stem cell divides, one daughter cell must maintain its stemness while the other specializes. Therein lies another truckload of requirements. Source

18Feb 2022 by Post

New Study in Nature Showing “Non-Random” Mutation Spells Trouble for Neo-Darwinism

Arabidopsis thaliana, biology, cabbage, Darwin-skeptics, DNA, Evolution, gene-coding DNA, genome, Intelligent Design, Journal of Theoretical Biology, Life Sciences, mustard, mutation, mutation rate, Nature (journal), non-random mutation, proteins, random mutations, Research, thale cress, waiting-time problem

The study was able to directly measure mutations after they occurred in the plant but before mutations could have been affected by natural selection. Source

02Jan 2022 by Post