Does anyone know the answer to this? I am looking and googling but can't find the answer. Help please anyone!
The mechanisms of homeostasis are so ubiquitous, their patterns so subtly intertwined, that we are tempted to produce a teleological question, and ask why. What is so useful to the organism about this precision? We do not have to look far, because the workings of every cell in the body depend on the maintenance of a negative potential inside the cell. In turn, this negative potential depends upon the relative concentrations of ions inside and outside the cell: a high sodium concentration in the extracellular fluid, and a high potassium concentration inside the cell, the gradients across the cell wall being maintained by ionic pumps within the cell-membrane. But these pumps could not begin to control this gradient if the ionic concentrations in blood (extracellular fluid) were not kept within narrow limits in the first place. The subject comes into sharp focus when we consider the situation in the heart, which is very dependent on a constant plasma potassium level, within the range of 3.5-5.0 mmol/litre. The elevation of this value by 1-2 mmol/litre constitutes a medical emergency: the excitable components of the heart begin to conduct nervous impulses spontaneously and, without treatment, death soon follows from uncoordinated contraction of different parts of the ventricles (ventricular fibrillation).
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Homeostasis refers to the body's ability to maintain a stable internal environment despite external changes. The endocrine system helps regulate this balance by releasing hormones that control various physiological processes such as metabolism, growth, and reproduction. This ensures that key variables like temperature, blood sugar levels, and hormone concentrations remain within optimal ranges for proper functioning of the body.
Homeostasis provides a stable internal environment within an organism, maintaining conditions such as body temperature, pH levels, and nutrient concentrations within a narrow range that is optimal for biological function. This balance allows cells and organisms to function properly despite changes in the external environment.
Homeostasis is the process by which an organism maintains a stable internal environment despite external changes. It involves regulation of various physiological processes to keep conditions within a narrow range suitable for optimal functioning.
The water content of blood must be kept within narrow limits to maintain proper hydration levels in the body. Any significant deviation can disrupt the balance of electrolytes, affect blood pressure regulation, impair oxygen delivery, and impact overall body functions. Maintaining the proper water content in the blood is crucial for optimal health and physiological functions.
homeostasis is a name (or best to say a category IMO) for processes which keeps the internal environment constant ... E.g. you get dehydrated, your body will make the urine you produce more concentrated to try and keep the body system at correct levels
The Outer Limits - 1995 Straight and Narrow 2-8 was released on: USA: 23 February 1996
a narrow escape happen to you
it doesnt
Homeostasis refers to the body's ability to maintain a stable internal environment despite external changes. The endocrine system helps regulate this balance by releasing hormones that control various physiological processes such as metabolism, growth, and reproduction. This ensures that key variables like temperature, blood sugar levels, and hormone concentrations remain within optimal ranges for proper functioning of the body.
Except for a narrow fertile coastline, Oman is scrubby desert.
during the time of war or civil unrest
Homeostasis provides a stable internal environment within an organism, maintaining conditions such as body temperature, pH levels, and nutrient concentrations within a narrow range that is optimal for biological function. This balance allows cells and organisms to function properly despite changes in the external environment.
Regulatory mechanisms are those that are systems of contol in keeping the internal environment relatively stable and maintained within narrow limits, despite external environment change. Mechanisms like this include the Negative Feedback system, in which change in a variable is detected (e.g. increase) and action occurs to produce a change in the opposite direction (e.g. decrease).
that's a really vague question.... better narrow down ur question's limits and post again
Within narrow limits. That's when growth hormone is released, but extra sleep won't get you more hormone.
It wouldn't survive.
for the lulz British roads are typically very narrow while there are a few "highways" as we know them they still are small compared to our interstates. Because of the narrow, winding roads and the high cost of petro "gasoline" speed limits have remained on the slow side.