1 ic events, and paradoxical responses to beta-adrenergic agents.

2 by astrocytes in culture can be modulated by adrenergic agents.

3 ad impaired contraction in response to alpha-adrenergic agents.

4  modulation of Ca2+ channel activity by beta-adrenergic agents acting through adenosine 3',5'-cyclic

5                Lipolysis (stimulated by beta-adrenergic agents) and leptin secretion by adipocytes ar

6 erest including other antidepressants, alpha-adrenergic agents, and possibly the antiepileptic agent

7   These drugs include: antidepressants, anti-adrenergic agents, anticonvulsants, benzodiazepines, aty

8                                              Adrenergic agents are commonly used in the treatment of

9 r initial resuscitation from cardiac arrest, adrenergic agents are frequently required to support pos

10 tensin-converting enzyme inhibitors and beta-adrenergic agents can slow disease progression and prolo

11 pha-exposed myocytes to stimulation with the adrenergic agent, epinephrine, and the phosphodiesterase

12                                              Adrenergic agents modulate the activity of midbrain vent

13 abeled trials have been conducted with alpha-adrenergic agents, other antidepressants, atypical antip

14  sweat response to iontophoresis of an alpha-adrenergic agent (phenylephrine) in 4 patients with acut

15  subjects by testing the effects of the beta-adrenergic agents propranolol (non-selective beta-antago

16 relin secretion during fasting is induced by adrenergic agents released by sympathetic neurons and ac

17 rs such as receptors mediating the action of adrenergic agents, secretin, and opioids.

18 afferent neurones by sympathetic activity or adrenergic agents, sympathetically related neuropathy an

19                                     For both adrenergic agents the greatest facilitating effect was o

20 ve terminals contain at least acetylcholine, adrenergic agents, vasoactive intestinal polypeptide, ca