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The article is devoted to analyzing the asymmetry as a common-biological law expressed at alive matter organization all levels with varieties dependently on gender, age, ethnic belonging, while representing the adaptation essential factor in a new and changeable conditions with understanding that disease represents dysadaptation expression. The authors paid separate attention to reviewing the literary data concerning to the brain and endocrinal system asymmetry, membranes asymmetry, handedness as asymmetry expression at populationspecies level the most comfortable for assessment with brilliant examples of the asymmetry and handedness applied study. They presented the literary and own data describing blood asymmetry study while mentioning a significant contribution of our educational establishment Physiology chair staff in it with the results received backgrounding. It is very important to remember about asymmetry of the Er morpho-functional peculiarities including hemostatic properties, coagulational and tissular hemostasis indices in the symmetrical vascular regions of the observed because they define "right" and "left" types of blood system activity. It is essentially to take blood from the left fourth finger and left cubital vein for analysis in the left-handed patients, while from the right ones -in the right-handed because there can be anemia and hypocoagulation in the blood of subdominant extremity that can be corrected even with medicines at once. It is wrongly to take blood from the left vessels one time and the right ones -another time. Also the authors paid significant attention to their researches on the topic about foreign students' typological belonging essentiality to take into consideration during work with them, in part in pedagogical process, to reach maximal individual approach in study and to provide their optimal multi-faceted adaptation.
The article is devoted to analyzing the asymmetry as a common-biological law expressed at alive matter organization all levels with varieties dependently on gender, age, ethnic belonging, while representing the adaptation essential factor in a new and changeable conditions with understanding that disease represents dysadaptation expression. The authors paid separate attention to reviewing the literary data concerning to the brain and endocrinal system asymmetry, membranes asymmetry, handedness as asymmetry expression at populationspecies level the most comfortable for assessment with brilliant examples of the asymmetry and handedness applied study. They presented the literary and own data describing blood asymmetry study while mentioning a significant contribution of our educational establishment Physiology chair staff in it with the results received backgrounding. It is very important to remember about asymmetry of the Er morpho-functional peculiarities including hemostatic properties, coagulational and tissular hemostasis indices in the symmetrical vascular regions of the observed because they define "right" and "left" types of blood system activity. It is essentially to take blood from the left fourth finger and left cubital vein for analysis in the left-handed patients, while from the right ones -in the right-handed because there can be anemia and hypocoagulation in the blood of subdominant extremity that can be corrected even with medicines at once. It is wrongly to take blood from the left vessels one time and the right ones -another time. Also the authors paid significant attention to their researches on the topic about foreign students' typological belonging essentiality to take into consideration during work with them, in part in pedagogical process, to reach maximal individual approach in study and to provide their optimal multi-faceted adaptation.
The current study focused on identifying the potential of irisin in mammalian reproduction. The established role of irisin, a proteolytic product of FNDC5, in adipose tissue browning, energy metabolism, and thermogenesis suggests its role in reproductive health, often disturbed by metabolic imbalances. Various studies on mice demonstrated irisin′s role in improving spermatogenesis, sperm count, and testosterone levels by influencing the hypothalamus–pituitary–gonadal axis. Moreover, in females, there is a fluctuation in levels of irisin during critical reproductive stages, including menstrual cycles, puberty, and pregnancy. Conditions like pregnancy complications, precocious puberty, and polycystic ovary syndrome (PCOS) are found to have an association with abnormal irisin levels. The potential role of irisin in endometrial receptivity and preventing endometritis is also discussed in this review. Overall, the influence of irisin on female and male reproduction is evident from various studies. However, further research is needed to elucidate irisin mechanism in reproduction and its potential as a therapeutic or diagnostic tool for reproductive dysfunctions and infertility.
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