end organ - Globe Thesis

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1.	Characteristics Of Blood Pressure Variability In Three Different Kinds Of Hypertensive Rats
2.	Effects Of Human Atrial Natriuretic Peptide Gene Delivery On Blood Pressure And End-Organ Damage In Spontaneously Hypertensive Rats
3.	The Relationship Between Local Renin-angiotensin System And Inflammatory Factors In Hypertensive Rats, And Impact Of Estrogen
4.	Study On The Effects Of The End Organs On The Nerve Regeneration After End-to-side Neurorrhaphy
5.	Synergism Of Atenolol And Amlodipine On Lowering Blood Pressure And End Organ Protection
6.	Diminished Responses To Nifedipine Implies Severe End-organ Damage In Spontaneously Hypertensive Rats
7.	Synergsim Of Two Different Antihypertensive Agents On Lowering, Stabilizing Blood Pressure And Preventing From End Organ Damage In Hypertensive Rats
8.	Gene Expression Profiling And Role In Organ Damage Of Local Renin-angiotensin System In Spontaneously Hypertensive Rats
9.	E-selectin And Organ Damage In Hypertensive Rodents
10.	Synergism Of Amlodipine And Candesartan On Lowering, Stabilizing Blood Pressure And Organ Protection
11.	Effects Of Aqueous Extract From Salvia Miltiorrhiza Bge.f.alba.C.Y.Wu.et H·W·Li On Blood Pressure Variability And End Organ Damage In Spontaneously Hypertensive Rats
12.	The Synergism Of Amlodipine And Telmisartan On The Treatment Of Hypertension In Rats
13.	Synergetic Effects Of Rhynchophylla Total Alkaloids And Gastrodin On Antihypertension And Target Organs Protection
14.	Correlational Research Of Vitamin D And End-Organ Damage In Patients With Essential Hypertension
15.	The Value Of Serum IMD,CysC And FGF23 For End-organ Damage Assessment In Hypertensive
16.	The Value Ofserum Hcy,CysCand UA For End-organ Damage Assessment In H-hypertensive
17.	The Mechanism Study Of Hypertensive End-Organ Injury Induced By High Salt Diet In ANP-Deficient Mice
18.	Pharmacological Interventions of the Epoxygenase Pathway in Hypertension and End-organ Damage
19.	C-reactive protein polymorphism and serum levels as an independent risk factor in sickle cell disease
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