Definition of homeostasis<\/strong> explains precisely that:<\/p>\n Homeostasis<\/strong> is a set of coordinated optimisation processes in living organisms of a continuous nature aimed at keeping the physiological parameters within the organism as constant as possible in a dynamically changing external environment, with the primary goal of maintaining life and procreation.<\/span><\/p>\n If you are wondering what is homeostasis<\/strong> then consider these few facts as well:<\/p>\n Term \"Homeostasis<\/strong>\" forged in 1926 and popularised in a book published in 1932 The Wisdom of the Body<\/em> American physiologist, psychologist and neurologist Professor Walter Cannon. The same man is the author of the term 'Fligh or fight response'. In his scientific work, Prof. Cannon used the assumptions of the French medical researcher Claude Bernard, who lived in the 19th century.<\/p>\n <\/p>\n You will also find the concept of homeostasis in philosophy, psychology, social sciences, ecology, earth and climate sciences and ... cybernetics, classical mechanics, quantum mechanics and among the basic tasks discussed in theory before the coming era of artificial intelligence:<\/p>\n So now the question: what happens when an evolutionary algorithm-equipped artificial intelligence is connected to the computational resources of quantum computers?<\/p>\n When considering a detailed answer to the question posed in the introduction \"what is homeostasis?<\/strong>\" it is worth looking at an example of the homeostatic process and the essential elements of this process.<\/p>\n Parameter control is via receptors, and information about the value of a parameter is transmitted to the appropriate place in the central nervous system (the interpreter) on a continuous basis. Interpreter<\/strong> makes a comparison between the detected value and the optimal value (setting point<\/strong> which is usually an interval of values from\/to).<\/p>\n If the value deviates from the range - the parameter is too high or too low - the integration centre sends a signal and forces a response to the effectors<\/strong> appropriate to the situation. A process of rebalancing is triggered, which can manifest as a physiological or behavioural response.<\/p>\n Physiological mechanisms operate on a feedback basis<\/strong>. Behavioural ones, on the other hand, involve a specific behaviour\/action, e.g. stepping into the shade, drinking water.<\/p>\n Among the most commonly mentioned homeostatic processes is regulation:<\/p>\n The list is not complete. I mention only a dozen key examples of functional areas subject to homeostasis<\/strong>. All these processes take place in the organism at the same time, place and conditions. From the point of view of the organism as a whole, homeostasis is the sum of the processes taking place in individual functional, physiological or mental areas.<\/p>\n Disruption of dynamic equilibrium a.k.a. homeostasis may have a genetic basis. Disturbances in homeostasis<\/strong> may also result from abnormal development or structure of any of the organs. What disrupts homeostasis?<\/strong><\/p>\n Homeostatic disorders<\/strong> factors can also cause:<\/p>\n The consequences of long-term homeostatic imbalance can be, among other things, permanent:<\/p>\n Knowing this will give you a completely different perspective on the saying 'In a healthy body, a healthy spirit'.<\/p>\n The endocannabinoid system<\/a> is a specific system with a control and signalling role. It plays a key role in homeostatic processes. It uses the CB1 and CB2 receptor network and endocannabinoids produced by the body to work.<\/p>\n One might be tempted to say that homeostasis and the endocannabinoid system\u00a0<\/strong>are inextricably linked.<\/p>\n Long-term exposure to factors that disrupt homeostasis can lead to depletion of available endocannabinoid stores. The body produces too few of them and, over time, even fewer (e.g. anandamide is produced during exercise - no exercise -> deficiency or lack of anandamide). As a result, the work of the system is hampered and, in extreme cases, impossible.<\/p>\n In medical theory, there is a condition called persistent endocannabinoid deficiency.<\/p>\n Those struggling with such a problem may decide, after consulting their doctor, to supplement with cannabinoids from cannabis, a good source of which is, for example, cannabis. cbd oil<\/a>.<\/p>\n Zawarty w takim preparacie kannabidiol ma dowiedzione m.in. dzia\u0142anie hamuj\u0105ce rozpad anandamidu zwi\u0119kszaj\u0105c jego st\u0119\u017cenie i dost\u0119pne zasoby. Nie tylko w tym zakresie kannabinoidy mog\u0105 okaza\u0107 si\u0119 rozwi\u0105zaniem.<\/p>\n It is worth considering using such preparations purely supplementally in microdoses.<\/p>\n Cannabinoids can support homeostatic processes by helping the system to maintain proper function. This is one of their best recognised properties<\/a>.<\/p>\n Nature gives us, in various forms, everything we need to keep our bodies functioning properly. Let us make use of it, albeit sensibly.<\/p>\n OK, but what then is homeodynamics, as mentioned, for example, by the author of the entry on homeostasis on Wikipedia (link in sources)?<\/p>\n Homeodynamics is an extension of homeostasis theory. Such a peculiar level up, which will mean little to most, and some will treat it as pseudo-scientific 'Woo'.<\/p>\n The definition of homeodynamics postulates, in the words of Professor Martha E. Rogers, a view of human life and nature as a dynamic and holistic process. Changes proceed in ways that are irreversible, unique and rhythmic in nature. Experiencing them expands the complexity of perceived patterns in the energy fields of people and the environment in which they live, taking the form of invisible waves resonating and reflecting the continuous relationship between them at any point in space-time.<\/span><\/p>\n\n
Other areas where homeostasis is mentioned<\/h2>\n
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Example of homeostasis in the human body<\/h2>\n
![\"Homeostasis](\"https:\/\/purehemp.pl\/wp-content\/uploads\/2021\/06\/Homeostaza-Jak-dziala-Przyklad-Sprzezenie-zwrotne.png\")
<\/p>\nExamples of homeostasis in the human body<\/h2>\n
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Homeostatic disorders and their consequences for health<\/h2>\n
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Homeostasis versus the endocannabinoid system and cannabinoids<\/h2>\n
Homeodynamics<\/h2>\n