G. Stock, M. Schmelz, M. M. Knuepfer, W. G. Forssmann's Central Cardiovascular Control: Basic and Clinical Aspects PDF

By G. Stock, M. Schmelz, M. M. Knuepfer, W. G. Forssmann (auth.), Dr. Detlev Ganten M.D., Ph.D., Dr. Donald Pfaff Ph.D. (eds.)

ISBN-10: 3642684904

ISBN-13: 9783642684906

ISBN-10: 3642684920

ISBN-13: 9783642684920

The such a lot popular functionality of the crucial apprehensive process is the keep an eye on of motor services through quickly transmitted impulses via efferent cranial and spinal peripheral nerves. along with electrically transmitted neural impulses, humoral mechanisms with extra sustained activities are exercised through the mind and spinal twine to manage physique homeostasis. therefore, the mind could be considered as an "endocrine gland" discharging neurohormones (peptides) both into the overall flow (neurohypophyseal hormones) or into the hypothalamo-adenohypophyseal portal flow (releasing and inhibiting hormones). The mind, consequently, that's safe by means of the blood-brain barrier from aggravating and most likely noxious exogenous and endogenous brokers circulating within the blood, has to have convinced neurohemal areas past this barrier, equivalent to the neural lobe and the median eminence (infundibulum), the place neurohor­ mones have loose entry to the blood flow. to control somatic and autonomic features within the absolute best method, the relevant frightened approach is very depending on suggestions indications conveyed via somatic and visceral afferent nerves in addition to on peripheral humoral indications corresponding to peripheral hormones and different circulating components which are lower than homeostatic rules, e. g. , peptides, arnines, electrolytes, and different biologically energetic brokers. during this bankruptcy, the function of the blood-brain barrier within the rules of those sub­ stances can be mentioned with certain emphasis at the entry in the course of the blood-brain barrier to cardiovascular facilities. 2 The Blood-Brain Barrier 2.

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Extra resources for Central Cardiovascular Control: Basic and Clinical Aspects

Sample text

Recent neurophysiologic experiments by Hilton (1981) also indicate that this ventral medullary region receives input from the hypothalamic region. Experiments by Dampney (1981) have shown that electric stimulation of the ventrolateral region induces vasoconstriction and the author claims that this bulbospinal excitatory pathway from the medulla is not mediated via noradrenergic Al neurons. Using horse radish peroxidase (HRP) techniques, it was established that cells in the glycine-sensitive area, reported by Feldberg and Guertzenstein project to the IML.

1981) showed that the aortic baroreceptor C fibers seem to have powerful effects on the vagal outflow to the heart and on the sympathetic outflow to the kidney and relatively small effects on the sympathetic outflow to the skeletal muscles. What is the specific function of baroreceptors with myelinated and nonmyelinated afferents? The arterial baroreceptor C fibers have a low tonic activity in normal animals and are, therefore, not likely to be of major importance in tonic vasomotor control (Thoren 1981).

There are also direct pathways from the hypothalamic region to the IML with dopamine (Chalmers et al. 1981) and oxytocin (Swanson 1977) as transmitters. 2 Generation of Vasomotor Tone In the previous section, we described briefly data on inhibitory and excitatory descending bulbospinal pathways. However, an important question remains to be answered: What central structures generate sympathetic tone? As mentioned above, lesion studies indicate that the central generator of the sympathetic tone is situated in the bulbar area.

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Central Cardiovascular Control: Basic and Clinical Aspects by G. Stock, M. Schmelz, M. M. Knuepfer, W. G. Forssmann (auth.), Dr. Detlev Ganten M.D., Ph.D., Dr. Donald Pfaff Ph.D. (eds.)

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