Generational stability of epigenetic transgenerational inheritance facilitates adaptation and evolution.

The epigenome and epigenetic inheritance were not included in the original modern synthesis theory or more recent extended evolutionary synthesis of evolution. In a broad range of species, the environment has been shown to play a significant role in natural selection, which more recently has been shown to occur through epigenetic alterations and epigenetic inheritance. However, even with this evidence, the field of epigenetics and epigenetic inheritance has been left out of modern evolutionary synthesis, as well as other current evolutionary models.

Epigenetic Inheritance and Transgenerational Environmental Justice.

Many chemicals and toxicants are released into our ecosystem and environment every day, which can cause harmful effects on human populations. Agricultural compounds are used in most crop production and have been shown to cause negative health impacts, including effects on reproduction and other pathologies. Although these chemicals can be helpful for pest and weed control, the compounds indirectly impact humans.

[Interrelation of morphological changes of a mucous membrane of a duodenum and bowel microflora contents at cholelithiasis].

It is shown that biliary disorders in a combination with chronic duodenitis are accompanied by infringements of bowel microflora. It is revealed that more expressed changes of structure of microflora were observed at chronic duodenitis 2nd and 3rd degree. Strong correlation connection between degree chronic duodenitis and degree bowel dysbiosis (r = +0,55) is established.

[The modelling of a Pseudomonas aeruginosa wound process].

P. aeruginosa wound infection was induced in white mice to test new preparations against P. aeruginosa.