Search

What is another word for Baroreceptor Reflex?

Pronunciation: [bˈaɹɔːsˌɛptə ɹˈiːflɛks] (IPA)

The term "Baroreceptor Reflex" refers to a vital mechanism within our body that regulates blood pressure. Also known as the Baroreflex, this intricate system maintains cardiovascular stability by detecting and responding to changes in blood pressure. The reflex arc involves the baroreceptors, specialized sensory receptors located in the arteries, which transmit signals to the brainstem in response to pressure alterations. These fluctuations trigger automatic adjustments in heart rate and blood vessel constriction or dilation to regulate blood flow and maintain optimal blood pressure levels. Synonyms for Baroreceptor Reflex include Baroreflex, arterial reflex, or simply the pressure reflex. This crucial physiological response is responsible for maintaining overall cardiovascular health.
Opposite words
Antonyms
Search

What are the opposite words for Baroreceptor Reflex?

Baroreceptor reflex is a physiological mechanism that helps regulate blood pressure in the body. It involves the sensing of pressure changes by specialized cells called baroreceptors and subsequent adjustments of the heart rate, blood vessel tone, and fluid balance in order to maintain optimal blood pressure levels. When we think of antonyms for this term, words that come to mind may include "ineffective", "inefficient", or "dysregulated". These would imply that the body's baroreceptor reflex is not functioning properly to maintain blood pressure homeostasis. Other antonyms could be "disordered" or "erratic", indicating that the reflex response is unpredictable or inconsistent. Overall, the antonyms for baroreceptor reflex point to a lack of control and balance that is crucial for maintaining good health.

What are the antonyms for Baroreceptor reflex?

Word of the Day

non-derivable
The word "non-derivable" refers to something that cannot be obtained through logical deduction or inference. Its antonyms include terms like "deducible," "inferable," and "derivabl...