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Tag: ASCP

Critical values expose virus-driven energy theft (2)

Jan 8, 2017James KohlAdaptations, Autophagy, Diseases & Disorders, Ecology, Model Organisms, RNA Directed, RNA methylation, RNA-directed DNA methylation, RNA–Mediated Epigenetic Heredity, VariationsASCP, autophagy, Autophagy fan club, biodiversity, biologically-based, biophysically constrained, Cephalopod Olfacton, chirality, Clinical Laboratory Scientist, Critical Values, de novo Creation, Embryonic Brain Development, fixation, G-protein-coupled receptors, gene-centric theory, H-bond network, human embryonic stem cells, interactome, lineage, multi-subunit proteins, neurogenesis, pH, phosphorylation, potential of hydrogen, protein folding chemistry, regulatory subunits, RNA SYNTHESIS, RNA-mediated amino acid substitutions, single cell RNA-seq, supercoiled DNA, synthesis of RNA, Virus-driven energy theft

Why Don’t The Amish Get Cancer? …the Amish commitment to simple, productive lives and clean, local food is benefiting their health in ways that the rest of America can only dream about. They exemplify what it means to be an ecologically adapted human population. See also: Past 5,000 years prolific for changes to human genome The […]

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Critical values expose virus-driven energy theft

Jan 7, 2017James KohlAdaptations, Autophagy, biophotonics, Ecology, Light Energy, Model Organisms, Physics, RNA Directed, RNA–Mediated Epigenetic Heredity, VariationsASCP, autophagy, Autophagy fan club, biodiversity, biologically-based, biophysically constrained, Cephalopod Olfacton, chirality, Clinical Laboratory Scientist, Critical Values, de novo Creation, Embryonic Brain Development, fixation, G-protein-coupled receptors, gene-centric theory, H-bond network, human embryonic stem cells, interactome, lineage, multi-subunit proteins, neurogenesis, pH, phosphorylation, potential of hydrogen, protein folding chemistry, regulatory subunits, RNA SYNTHESIS, RNA-mediated amino acid substitutions, single cell RNA-seq, supercoiled DNA, synthesis of RNA, Virus-driven energy theft

Critical Values: is ASCP’s quarterly magazine with news and features covering trends of interest to pathologists and laboratory professionals alike. See for example: Attentive Clinical Laboratory Scientist Discovers First Human Case of Borrelia turicatae Critical Values spoke with technologist Dolli Lane, MLT(ASCP)CMCsCM, and the chief of the hematology section, Chris Boyd, MLT(ASCP)CM, about their findings. […]

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About J.V. Kohl

James Vaughn KohlJames V. Kohl was the first to accurately conceptualize human pheromones, and began presenting his findings to the scientific community in 1992. He continues to present to, and publish for, diverse scientific and lay audiences, while constantly monitoring the scientific presses for new information that is relevant to the development of his initial and ongoing conceptualization of human pheromones.

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amino acid substitutions angstroms to ecosystems anti-entropic virucidal energy atoms to ecosystems autophagy biodiversity biophysically constrained cell type differentiation chemotaxis chirality chromosomal rearrangements Codon optimality conditions of life de novo Creation ecological adaptations ecological variation endogenous RNA interference energy-dependent energy as information feedback loops G-protein-coupled receptors gene expression healthy longevity hydrogen-atom transfer in DNA base pairs in solution innate immune system microRNA/messenger RNA balance microRNAs mutations natural selection nutrient-dependent pathology pheromone-controlled pheromones phototaxis physiology of reproduction pre-mRNA protein folding chemistry RNA-mediated RNA-mediated amino acid substitutions sunlight supercoiled DNA transgenerational epigenetic inheritance viral latency virus-driven degradation of messenger RNA Virus-driven energy theft
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