Crossover Control: Homeostasis

Cross-control: steady-state control in yeast meiosis Control of cross-formation of correct chromosome segregation is controlled at the expense of cross-to-non-cross ratio control, ie not to cross, and is better known as cross stability. Subject headings: meiosis, crossing control, cross-interference, cross-stable cell division are inevitable for normal growth and development of any organism. Mitosis contributes to somatic division, but meiosis works on germ cells due to gamete division or gametogenesis.

Dynamic equilibrium is due to the work of Greece, which means "equality". The human body uses it to control its own living conditions. For homeostasis, various factors contribute to temperature, energy demand, that is, glucose which is the main source of energy, sugar which must be adjusted all the time. All of these require stability and regulation. Various chemical reactions occur in our body, and imbalance tends to occur. Therefore, we must monitor and control these conditions in order for our bodies to function properly. (Field, B (2009). Handout)

As mentioned earlier, the term dynamic balance means maintaining the internal environment of the body within narrow, strictly controlled limits. The important functions for maintaining homeostasis are balance of body fluid and electrolyte, acid-base regulation, body temperature regulation and metabolic control. This term refers to the control of the distribution of water and major chemical constituents in cells and extracellular fluids. The human body basically gathers in the organ system and is a group of cells that are immersed in liquid, especially blood. The intracellular fluid is a liquid contained in cells. Extracellular fluid - extracellular fluid - is divided into liquids in the blood and outside the blood, the latter liquid is called interstitial fluid. These liquids contain not only water but also various amounts of solutes (electrolytes and other bioactive molecules).

Dynamic balance is to maintain a certain internal environment in the living body. It involves limiting the amount of blood and tissue fluid to within limits, which also maintains the chemical composition of the blood. The autonomous control system of the whole body maintains the temperature and water level necessary for the cells to function properly. Although homeostasis maintains the internal environment, it does not mean there is no change. Changes in internal and external conditions can cause certain fluctuations, such as temperature level and balance of alkalinity and acidity. Failure to maintain homeostasis may cause illness or even death and may also cause symptoms known as homeostasis