Examples of using Chemoreflex in English and their translations into Portuguese
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which reduces chemoreflex sensitivity and consequently may highlight baroreflex efficacy,
Data from an earlier study conducted by our group with a similar population of Chagas patients revealed an increased peripheral chemoreflex response, indicating alterations in the peripheral sympathetic response of these patients.
cardiopulmonary baroreceptors and chemoreflex.
The objective of this study was to verify if central chemoreflex sensitivity(qc) and peripheral chemoreflex(qp) are altered in patients with chf undergoing treatment optimized,
tachypnoeic responses evoked by chemoreflex, through glutamatergic and nitrergic neurotransmissions.
but also in chemoreflex activation, an important mechanism that regulates breathing, since the excitatory state is distributed to all organs and systems.
peripheral chemoreflex and inflammatory profile in the gastrocnemius muscle in an experimental model of hf.
central and peripheral chemoreflex, ergoreflex and pulmonary stretch reflex.
on the central modulation of cardiovascular reflexes(chemoreflex, bezold-jarisch reflex
cardiovascular reflexes(chemoreflex and baroreflex), and vascular reactivity to alpha1-adrenergic agonist in the aorta in an animal model of parkinsonism induced by bilateral infusion of the toxin 6-hidroxidopamine(6-ohda) in the substantia nig.
In addition, the exacerbation of the chemoreflex is related to reductions in functional capacity.
It would be also interesting to evaluate other cardiovascular reflex i.e. cardiopulmonary reflex and chemoreflex.
Therefore, patients with HF and exacerbated chemoreflex might present a greater limitation of exercise performance.
This exaggerated increase in chemoreflex sensitivity is associated with the reduced negative feedback system of the arterial baroreflex.
It is important to note that both central chemoreflex and ventilatory response induced by muscle skeletal metaboreflex correlated significantly with E/CO2 slope during progressive exercise in HF.
Indeed, the group with inspiratory muscle weakness presented a greater peripheral chemoreflex compared with patients with the inspiratory muscle strength preserved.
Indeed, patients with abnormal elevation of the ventilation/carbon dioxide production slope E/CO2>34 present increased peripheral and central chemoreflex sensitivity.
Chemoreflex is an important neural mechanism involved in cardiovascular
Patients with HF may present changes in inspiratory muscle function associated with chemoreflex and inspiratory metaboreflex hyperactivity,
The contribution of peripheral chemoreflex to hypoxic pulmonary hypertension in healthy humans, BE.EP. DR.