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7篇 您的检索式:作者名="Rayaz"
    题名 作者 年代 出处 被引量
1糖尿病神经病变的诊断显示文摘糖尿病神经病变检查积分系统能够用于判定感觉神经病变的特征以及病变的程度。活检技术作为神经病变的形态学检查手段仍有争议。在所有神经病理学检查方面,有髓鞘的神经纤维密度检查可能最有用处,因为神经密度与临床上神经功能障碍和电生理学所见相一致。免疫荧光组织化学的皮肤活检在评估周围神经病变形态学方面的作用逐渐被认识。另外还可采用无创的角膜共焦显微镜技术来评估外周神经病变。Rayaz Ahmed Malik 王玉珍 2004国外医学(内分泌学分册)2004,24,5:16
2In vivo corneal confocal microscopic analysis in patients with keratoconus显示文摘AIM: To quantify corneal ultrastructure using laser scanning in vivo confocal microscopy(IVCM) in patients with keratoconus and control subjects. METHODS: Unscarred corneas of 78 keratoconic subjects without a history of contact lens use and 36age-matched control subjects were evaluated with slit-lamp examination(SLE), corneal topography and laser scanning IVCM. One eye was randomly chosen for analysis. Anterior and posterior stromal keratocyte,endothelial cell and basal epithelial cell densities and sub-basal nerve structure were evaluated.RESULTS: IVCM qualitatively demonstrated enlarged basal epithelial cells, structural changes in sub-basal and stromal nerve fibers, abnormal stromal keratocytes and keratocyte nuclei, and pleomorphism and enlargement of endothelial cells. Compared with control subjects, significant reductions in basal epithelial cell density( 5817 ± 306 cells / mm2 vs 4802 ±508 cells/mm2,P < 0. 001), anterior stromal keratocyte density(800 ±111 cells/mm2 vs 555 ±115 cells/mm2, P <0.001),posterior stromal keratocyte density(333±34 cells/mm2vs270 ±47 cells/mm2, P <0.001), endothelial cell density(2875 ±223 cells/mm2 vs 2686 ±265 cells/mm2, P <0.001),sub-basal nerve fiber density(31.2 ±8.4 nerves/mm2vs18.1 ±9.2 nerves/mm2, P <0.001), sub-basal nerve fiber length(21.4±3.4 mm/mm2 vs 16.1±5.1 mm/mm2, P <0.001),and sub-basal nerve branch density(median 50.0(first quartile 31.2- third quartile 68.7) nerve branches/mm2 vs median 25.0(first quartile 6.2- third quartile 45.3) nerve branches/mm2, P <0.001) were observed in patients with keratoconus.CONCLUSION: Significant microstructural abnormalities were identified in all corneal layers in the eyes of subjects with keratoconus using IVCM. This non-invasive in vivo technique provides an important means to define and follow progress of microstructural changes in patients with keratoconus.Gulfidan Bitirgen Ahmet Ozkagnici Banu Bozkurt Rayaz A Malik 2015International Journal of Ophthalmology(English edition)2015,8,3:6
3Impaired skin microvascular reactivity in painful diabetic neuropathy显示文摘CRISTIAN Q RAYAZ A NIGEL D 2007Diabetes Care2007,30,3:1
4Local Inflammation and Hypoxia Abolish the Protective Anticontractile Properties of Perivascular Fat in Obese Patients显示文摘Adam S. Greenstein Kaivan Khavandi Sarah B. Withers Kazuhiko Sonoyama Olivia Clancy Maria Jeziorska Ian Laing Allen P. Yates Philip W. Pemberton Rayaz A. Malik Anthony M. Heagerty 2009Circulation2009,,12:1
5Diabetic cardiomyopathy – a distinct disease?显示文摘Kaivan Khavandi Ali Khavandi Omar Asghar Adam Greenstein Sarah Withers Anthony M. Heagerty Rayaz A. Malik 2008Best Practice & Research Clinical Endocrinology & Metabolism2008,,3:1
6Vascular Structural and Functional Changes in Type 2 Diabetes Mellitus: Evidence for the Roles of Abnormal Myogenic Responsiveness and Dyslipidemia显示文摘Ian Schofield Rayaz Malik Ashley Izzard Clare Austin Anthony Heagerty 2002Circulation: Journal of the American Heart Association2002,,24:1
7Corneal confocal microscopymeets continuousglucose monitoring:ataleof two technologies显示文摘Zhao et al1I from Shanghai,China,have undertaken a detailed clinical study in a cohort of 206 asymptomatic patients with type 2'diabetes utilizing advanced in vivo nerve imaging with corneal confocal microscopy(CCMHeidelberg HRT III RCM)and continuous glucose monitoring(CGM-iPro2 system)over 7days.The study provides important insights into the relationship between relatively short-term glucose perturbation over 7 days and corneal nerve loss in diabetic neuropathy.Rayaz A.Malik 2022Chinese Medical Journal2022,135,16:0
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