Experimental and genetic models of hypertension
Experimental and genetic models of hypertension
复制标题
高血压的实验和遗传模型
DOI：
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发表时间：
1984
期刊：
影响因子：
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通讯作者：
D. Ganten
中科院分区：
文献类型：
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作者：
W. Jong;D. Ganten
大鼠血压测量，R.D. Bunag 清醒大鼠血流动力学，P.B. Persson 实验性肾血管性高血压 - 肾素-血管紧张素系统的方法学方面和作用，M. Ruzicka 和 F.H.H. Leenen 不同高血压模型中肾乳头的抗高血压功能，E.E. Muirhead 糖尿病、肥胖或衰老的高血压模型，R.D. Bunag 大鼠肾移植后的实验性高血压，R. Rettig 和 B. Schmitt 小鼠遗传性高血压，G. Schlager 鉴定遗传性高血压大鼠中与高血压相关的染色体位点的策略，N. Hubner 等人 Dahl 大鼠高血压的遗传学， J.P. Rapp 维持高血压大鼠，特别提到使用遗传标记来定义大鼠品系，M.F.W.遗传性高血压（GH）菌株中的节食性高血压，F.O. Simpson 等人的 Sabra 高血压倾向和抵抗品系，D. Ben-Ishay 和 Y. Yagil 高血压、正常血压和低血压大鼠的 Lyon 品系，M. Vincent 和 J. Sassard 米兰高血压品系 - 模型的描述，P. Ferrari 和 G. Bianchi 开发自发性高血压大鼠 (SHR)、中风倾向 SHR (SHRSP) 及其各种高血压相关子品系模型心血管疾病，Y. Yamori 大鼠遗传决定的高血压的病理生理学方面，特别强调易中风的自发性高血压大鼠，M. Volpe 和 S. Rubattu 中枢神经系统和高血压 - 儿茶酚胺和神经肽的作用，D.H.G. Versteeg 等人血管紧张素在高血压中的作用机制，C.M. Ferrario 等人脑损伤和高血压，W.T. Talman 和 D.J. Reis 大鼠神经源性高血压，K.G. Franchini 和 E.M. Krieger 神经源性高血压，M. Weinstock 小鼠和大鼠的社交互动、盐和高血压，J.P. Henry 猪实验性高血压，A.F. Dominiczak 和 D.F.玻尔 ACTH 诱发的绵羊高血压 - 更新，D.G. Parkes 等转基因动物 - 高血压研究的新模型，M. Paul 等。
Blood pressure measurement in rats, R.D. Bunag hemodynamics of the conscious rat, P.B. Persson experimental renovascular hypertension - methodological aspects and role of the renin-angiotensin system, M. Ruzicka and F.H.H. Leenen antihypertensive function of the renal papilla in different models of hypertension, E.E. Muirhead hypertensive models for diabetes, obesity, or aging, R.D. Bunag experimental hypertension following kidney transplantation in the rat, R. Rettig and B. Schmitt genetic hypertension in mice, G. Schlager strategies for the identification of chromosomal loci associated with hypertension in hereditary hypertensive rats, N. Hubner et al the genetics of hypertension in Dahl rats, J.P. Rapp maintenance of hypertensive rats, with special reference to the use of genetic markers for defining rat strains, M.F.W. Festing hypertension in the genetically hypertensive (GH) strain, F.O. Simpson et al the Sabra hypertension-prone and -resistant strains, D. Ben-Ishay and Y. Yagil the Lyon strains of hypertensive, normotensive and low blood pressure rats, M. Vincent and J. Sassard the Milan hypertensive strain - a description of the model, P. Ferrari and G. Bianchi development of the spontaneously hypertensive rat (SHR), the stroke-prone SHR (SHRSP) and their various substrain models for hypertension-related cardiovascular diseases, Y. Yamori pathophysiological aspects of genetically determined hypertension in rats, with special emphasis on stroke-prone spontaneously hypertensive rats, M. Volpe and S. Rubattu the central nervous system and hypertension - the role of catecholamines and neuropeptides, D.H.G. Versteeg et al angiotensin mechanisms in hypertension, C.M. Ferrario et al brain lesions and hypertension, W.T. Talman and D.J. Reis neurogenic hypertension in the rat, K.G. Franchini and E.M. Krieger neurogenic hypertension, M. Weinstock social interaction, salt, and hypertension in mice and rats, J.P. Henry experimental hypertension in the pig, A.F. Dominiczak and D.F. Bohr ACTH-induced hypertension in the sheep - an update, D.G. Parkes et al transgenic animals - new models in hypertension research, M. Paul et al.