Respuesta :
Answer:
the medulla oblongata, which is in contact with cerebrospinal fluid, monitors pH and uses this measure to control breathing
Explanation:
Through homeostasis, a stable CSF(cerebral fluid) PH is maintained in the body, these process could include changes in cerebral blood flow, balancing of the CSF carbon dioxide level and also buffering of the brain.
Carbon dioxide can be reffered to as one of the fundamental regulators found in cerebral blood flow in our body.its regulations activities takes place in thecerebral spinal fluid which brings about the relaxation of muscle as well as it's contraction with high or low PH.Carbon dioxide are emptied into the venules and the circulating cerebrospinal fluid, . Though the level ofcarbon dioxide decreases in the cerebrospinal fluid as the body advance in age.The tension of CO2, is one of the factor in needed in knowing the acid/base equilibrium of the blood.
This helps the organism to sense the disturbance in the medulla oblongata, which is in contact with cerebrospinal fluid, monitors pH and uses this measure to control breathing
The medulla oblongata, which is in touch with cerebrospinal fluid, regulates pH and employs this measure to regulate breathing, allowing the organism to detect a change in gas levels.
Define cerebrospinal fluid.
Cerebrospinal fluid (CSF) is a clear, colorless bodily fluid that surrounds the brain and spinal cord in all vertebrates. CSF is created in the ciliary body of the brain's ventricular by specialized ependymal cells and absorbed inside the arachnoid granulations.
The ph of such fluids is affected by carbon dioxide concentrations in the blood and cerebral fluid. The medulla oblongata, which is in touch with cerebrospinal fluid, regulates pH and employs this measure to regulate breathing, allowing the organism to detect a change in gas levels.
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