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Diabetes mellitus new research. Modeling long-term diabetes and related complications in rats

Странный инстинкт, известный под именем интуиции, способный приводить к цели напрямик, срезая углы, тотчас сказал ему об. Он уставился на Золотистую крошку, лежащую у его ног пытаясь как-то связать ее с проблемой, занимающей его сознание. Найти ответ было несложно, коль скоро ему стало очевидно, что ответ такой существует.

Modeling diabetes mellitus new research diabetes and related complications in rats J Pharmacol Toxicol Methods. Mar-Apr ; Epub Nov Gyömrői út Electronic address: erika.

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DOI: The aims of this study were to establish a model of long-term diabetes with sustained medium scale hyperglycemia and characterize the pathological changes detectable after 4months, with particular respect to dependence on the degree of hyperglycemia. Methods: Streptozotocin-induced diabetic CFY rats were subjected to four different insulin substitution protocols to achieve different levels of glycemic control Diabetic groups.

Researchers Move One Step Closer to Curing Diabetes

Eyes were investigated by ophthalmoscopy, kidney function by urine analysis, and neuropathy by functional tests. Retinal and renal morphological evaluations were performed by histology, immuno-histochemistry and electron microscopy. Discussion: We established a treatment protocol in rats enabling complex investigation of diabetic retinopathy, nephropathy and neuropathy on a long-term period.

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Clearly hyperglycemic dependent parameters of these complications serve as good outcome measures for preclinical trials. Our results provide a useful basis for designing studies for testing preventative treatments as well as other translational medical research in this field.

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Keywords: Anterior segment neovascularization; Chronic model; Cold allodynia; Diabetic nephropathy; Diabetic neuropathy; Diabetic retinopathy; Drug development; Insulin implant; Preclinical model; Streptozotocin. Copyright © Elsevier Inc. All rights reserved.

Johns Hopkins Medicine Summary: People with pre-diabetes who lose roughly 10 percent of their body weight within six months of diagnosis dramatically reduce their risk of developing type 2 diabetes over the next three years, according to new research. Share: FULL STORY People with pre-diabetes who lose roughly 10 percent of their body weight within six months of diagnosis dramatically reduce their risk of developing type 2 diabetes over the next three years, according to results of research led by Johns Hopkins scientists. Substantial weight loss in the short term clearly should go a long way toward preventing diabetes. Uncontrolled diabetes -- marked by excess sugar in the blood -- can lead to eye, kidney and nerve damage, as well as cardiovascular disease.

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