it kills the immune system
Anemia disrupts homeostasis by decreasing the amount of oxygen your blood can carry. This decreased capacity can lead to fatigue and slower thinking.
The activity of cycling does not maintain homeostasis as such. Rather, it disrupts the body's natural homeostasis, however this can be beneficial as it helps stimulate the body to become strong and healthy.
it disrupts homeostasis by putting our body in stress. it fills our alveoli with mucus and our bronchiole is inflamed(not like fire but with mucus). and it shortens breathe. >>>>R(CM)G<<<<
Homeostasis is the body's ability to maintain a stable internal environment, such as temperature and pH, through self-regulating mechanisms. Stimulus, on the other hand, is any event or signal in the external environment that triggers a response from an organism to maintain homeostasis. In essence, homeostasis is the state of balance, while stimulus is the external factor that disrupts that balance and prompts a response.
The disruption of cell and tissue homeostasis lie at the base of (virtually) all disease. If there is a characteristic histological picture associated with a disease, then form homeostasis (morphostasis - roughlyequivalent to tissue homeostasis) is - by definition - disrupted. The main question arising from this is "is there a morphostatic system that attempts to return form to a (visualisable) histological picture that looks entirely healthy". I say "virtually all disease" because it is possible to image some metabolic disorder that does not go hand in hand with a visualisable histological change: if you know of a contender, I would be interested to know. Tissues invaded by infectious agents show marked changes in form. So, a question to ask is this: "Is the response to a damaging invasive organism DOMINANTLY a response that attempts to restore tissue and cell homeostasis (morphostasis)." ALthough the immune system appears to "attack" pathogenic organisms, this might be the consequence of an attempt to restore tissue homeostasis.
Disease affects an organism by disrupting the organism's homeostasis. Homeostasis is the process by which an organism maintains a steady internal environment (stable body temperature, blood sugar level, electrolyte balance, etc.). A disease will disrupt this process.For example, Helicobacter pylori (the bacteria responsible for most stomach ulcers in humans) disrupts homeostasis by interfering with the production of the mucus layer that protects the stomach lining cells from the hydrochloric acid in the stomach lumen.
Homeostasis involves a series of events where the body regulates internal conditions to maintain a stable environment. It begins with a stimulus that disrupts the body's equilibrium, triggering receptors to detect the change. The receptors send signals to the control center in the brain, which then activates effectors to restore balance. Once balance is achieved, the process is inhibited to prevent overshooting.
Disease affects an organism by disrupting the organism's homeostasis. Homeostasis is the process by which an organism maintains a steady internal environment (stable body temperature, blood sugar level, electrolyte balance, etc.). A disease will disrupt this process.For example, Helicobacter pylori (the bacteria responsible for most stomach ulcers in humans) disrupts homeostasis by interfering with the production of the mucus layer that protects the stomach lining cells from the hydrochloric acid in the stomach lumen.
Disease affects an organism by disrupting the organism's homeostasis. Homeostasis is the process by which an organism maintains a steady internal environment (stable body temperature, blood sugar level, electrolyte balance, etc.). A disease will disrupt this process.For example, Helicobacter pylori (the bacteria responsible for most stomach ulcers in humans) disrupts homeostasis by interfering with the production of the mucus layer that protects the stomach lining cells from the hydrochloric acid in the stomach lumen.
asthma is called (Rabbo) in Arabic and it writes (asthma = ربو ) or (the asthma = الربو )
The difference between exercise asthma and regular asthma is that exercise asthma arises due to too much exercise while regular asthma is not.