Cutaneous vasoconstriction with alerting stimuli in rabbits reflects a patterned redistribution of cardiac output

scientific article

Cutaneous vasoconstriction with alerting stimuli in rabbits reflects a patterned redistribution of cardiac output is …
instance of (P31):
scholarly articleQ13442814

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P356DOI10.1111/J.1440-1681.1998.TB02234.X
P698PubMed publication ID9673824

P2093author name stringBlessing WW
Yu YH
Arnolda LF
P2860cites workAcute increases in forebrain blood flow during altering responses in conscious rabbitsQ48634399
Activation of muscle vasodilator neurons by hypothalamic stimulationQ48709713
THE ROLE OF ACTIVE MUSCLE VASODILATATION IN THE ALERTING STAGE OF THE DEFENCE REACTION.Q50685518
Sensory connexions to the hypothalamus and mid-brain, and their role in the reflex activation of the defence reaction.Q50694339
Active muscle vasodilatation produced by stimulation of the brain stem: its significance in the defence reaction.Q51306195
Discharge patterns of sympathetic neurons supplying skeletal muscle and skin in man and catQ51855463
Habituation and conditioning of the defense reactions and their cardiovascular components in cats and dogs.Q52308464
P433issue6
P921main subjectvasoconstrictionQ1067506
P304page(s)457-460
P577publication date1998-06-01
P1433published inClinical and Experimental Pharmacology and PhysiologyQ5133807
P1476titleCutaneous vasoconstriction with alerting stimuli in rabbits reflects a patterned redistribution of cardiac output
P478volume25

Reverse relations

cites work (P2860)
Q30747885Amygdala co-ordinates sudden falls in ear pinna blood flow in response to unconditioned salient stimuli in conscious rabbits
Q44328320CRF1-receptor antagonist CP-154526 reduces alerting-related cutaneous vasoconstriction in conscious rabbits
Q33218158Clozapine increases cutaneous blood flow and reduces sympathetic cutaneous vasomotor alerting responses (SCVARs) in rats: comparison with effects of haloperidol.
Q57524634Different cardiovascular neuron groups in the ventral reticular formation of the rostral medulla in rabbits: single neurone studies

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