125 results on '"Bevan, Rosemary D."'
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2. Feeding Artery Rigidity and Hemodynamics of Cerebral : Arteriovenous Malformations
3. Myogenic (Stretch-Induced) and Flow-Regulated Tone of Human Pial Arteries
4. Longitudinal in vivo and in vitro time-course study of chronic cerebrovasospasm in the rabbit basilar artery
5. Sympathetic denervation of resistance arteries increases contraction and decreases relaxation to flow
6. Functional Changes in Human Pial Arteries (300 to 900 [micro sign]m ID) Within 48 Hours of Aneurysmal Subarachnoid Hemorrhage
7. Weakness of Sympathetic Neural Control of Human Pial Compared With Superficial Temporal Arteries Reflects Low Innervation Density and Poor Sympathetic Responsiveness
8. Diameter Dependence of Myogenic Tone of Human Pial Arteries: Possible Relation to Distensibility
9. Clentiazem Protects Against Chronic Cerebral Vasospasm in Rabbit Basilar Artery
10. Pharmacologic Irreversible Narrowing in Chronic Cerebrovasospasm in Rabbits Is Associated With Functional Damage
11. Structural Change in the Blood Vessel Wall : The fundamental self-perpetuating process in primary hypertension
12. Physiological Variation in $\alpha $-Adrenoceptor-Mediated Arterial Sensitivity: Relation to Agonist Affinity
13. ARTERIAL ELASTICITY AND TOTAL AND RELATIVE PROPORTION OF WALL CONSTITUENTS ARE INFLUENCED BY SYMPATHETIC NERVE TRAFFIC
14. CHANGES IN VASCULAR ADRENOCEPTOR CHARACTERISTICS BUT NOT OTHER STRUCTURAL AND FUNCTIONAL PARAMETERS CORRELATE WITH EMBRYOLOGICAL ORIGIN OF CEREBRAL BLOOD VESSELS
15. Diltiazem Protects Against Functional Changes in Chronic Cerebrovasospasm in Monkeys
16. Functional Arterial Changes in Chronic Cerebrovasospasm in Monkeys: An In Vitro Assessment of the Contribution to Arterial Narrowing
17. An In Vitro Study of Prolonged Vasospasm of a Rabbit Cerebral Artery
18. Influence of Adrenergic Innervation on Vascular Growth and Mature Characteristics
19. Localized Neurogenic Vasoconstriction of the Basilar Artery
20. Presynaptic sympathetic supersensitivity following long-term preganglionic denervation
21. As human pial arteries (internal diameter 200–1000 μm) get smaller, their wall thickness and capacity to develop tension relative to their diameter increase
22. Functional Changes in Human Pial Arteries (300 to 900 μm ID) Within 48 Hours of Aneurysmal Subarachnoid Hemorrhage
23. Intrisic Tone of Cerebral Artery Segments of Human Infants between 23 Weeks of Gestation and Term
24. Role of Ca 2+ -Activated K + Channels in the Regulation of Membrane Potential and Tone of Smooth Muscle in Human Pial Arteries
25. Electrical Activity Underlying Rhythmic Contraction in Human Pial Arteries
26. Vascular α-adrenoceptor affinity variation is not due to varying populations of subtypes distinguished by WB 4101 and chlorethylclonidine
27. Longitudinal time course of reversible and irreversible components of chronic cerebrovasospasm of the rabbit basilar artery
28. Effects of postnatal growth and denervation on characteristics of the saphenous artery in SHR and WKY rats between 3 and 6 weeks of age: an in vitro study
29. Two Indices of Functional Damage of the Artery Wall Parallel the Time Course of Irreversible Narrowing in Experimental Vasospasm in the Rabbit
30. Changes in Postjunctional α-Adrenoceptors during Postnatal Growth in Rabbit Arteries.
31. Ultrastructural Features of the Innervation and Smooth Muscle of the Rabbit Facial Vein, and Their Relationship to Function.
32. Functional and Structural Changes in the Rabbit Ear Artery after Sympathetic Denervation.
33. Facial Vein of the Rabbit.
34. Hyperplasia of Vascular Smooth Muscle in Experimental Hypertension in the Rabbit.
35. Evidence for an Increase in Adrenergic Nerve Function in Blood Vessels from Experimental Hypertensive Rabbits.
36. Analysis of Changes in Reactivity of Rabbit Arteries and Veins Two Weeks after Induction of Hypertension by Coarctation of the Abdominal Aorta.
37. Effect of Sympathetic Denervation on Smooth Muscle Cell Proliferation in the Growing Rabbit Ear Artery.
38. Trophic Effects of Peripheral Adrenergic Nerves on Vascular Structure.
39. Transient and persistent changes in rabbit blood vessels associated with maintained elevation in arterial pressure.
40. Adrenergic control in three artery segments of diminishing diameter in rabbit ear.
41. Patterns of α-Adrenoceptor Regulation of the Vasculature.
42. Importance of 'Cut-End' Effects in in vitro Artery Segments.
43. Long-Term Denervation of Vascular Smooth Muscle Causes Not Only Functional but Structural Change.
44. An Autoradiographic and Pathological Study of Cellular Proliferation in Rabbit Arteries Correlated with an Increase in Arterial Pressure.
45. Role of Ca sup 2+-Activated K sup + Channels in the Regulation of Membrane Potential and Tone of Smooth Muscle in Human Pial Arteries.
46. Comparison of Density of Sympathetic Varicosities and Their Closeness to Smooth Muscle Cells in Rabbit Middle Cerebral and Ear Arteries and Their Branches.
47. Is Innervation a Prime Regulator of Cerebral Blood Flow?
48. Calcium Regulation in Vascular Smooth Muscle.
49. Proliferation of arteriovenous anastomoses in the developing rabbit ear is enhanced after denervation.
50. Development of the vascular bed in the rabbit ear: Scanning electron microscopy of vascular corrosion casts.
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