Human Body Heat Conductivity in norm and pathology : A review

Journal Title: Advance Research Journal of Multidisciplinary Discoveries - Year 2018, Vol 32, Issue 32

Abstract

Heterochromatin is universally distributed in the chromosome of all the eukaryotes, accounting for 10% to 60% of their genome. There are two types of heterochromatin: C- and Q-heterochromatin. Cheterochromatin is found in the genome of all higher eukaryotes, while Q-heterochromatin is only in the genome of three higher primates (Homo sapiens, Pan troglodytes and Gorilla gorilla). However, there is a fundamental difference between them: quantitative variability of Q-heterochromatin exists only in human populations. Despite the fact that heterochromatin regions (HRs) has been studied since the 20s of the past century, its biological role remains unclear. An attempt is made to justify the view of possible participation of HRs in cell thermoregulation. HRs, being the densest domains in a cell, apparently conducts heat between the nucleus and cytoplasm when there is a difference in temperature between them. It turned out that there is a link between the amount of Q-heterochromatin and level of human body heat conductivity (BHC): the larger the amount of Q-heterochromatin, the higher of human BHC. The data on the influence of human BHC on its life activity in norm and pathology are presented.

Authors and Affiliations

AI Ibraimov

Keywords

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  • EP ID EP441712
  • DOI -
  • Views 85
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How To Cite

AI Ibraimov (2018). Human Body Heat Conductivity in norm and pathology : A review. Advance Research Journal of Multidisciplinary Discoveries, 32(32), 12-21. https://europub.co.uk./articles/-A-441712