Vergleichende Messungen der Extremitätendurchblutung bei Diabetikern und Stoffwechselgesunden

Alexander, Klaus; Teusen, R.; Mitzkat, H. J.

doi:10.1007/bf01770878

Cited by 12 publications

(3 citation statements)

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“…Increased volume flow in other organs of diabetics has been reported, by Butterfield and Wichelow [10] Alexander and his collegues [11] and Christensen [12] and others. Findings similar to those in this work were reported in abstract form by Christacopoulos et al [13] who measured the transit time of flourescein in the retina in pre-diabetic and chemical-diabetic patients and found it to be shorter than in normals.…”

Section: Discussionmentioning

confidence: 98%

The retinal blood flow in diabetes

et al. 1975

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Summary. Retinal blood flow was studied in 9 normal volunteers and 36 diabetic patients. The method used was based on the measurement of the mean transit time of flourescein in the superior temporal quandrant of the retina and on estimation of the vascular volume by measuring vessels diameters. The results showed that patients with mild or no retinopathy had significantly increased volume flow compared with normals, those with moderate retinopathy had a slight but not significant increase and those with severe retinopathy had blood flow similar to that found in normals. The mean transit time was reduced significantly in those with mild or no retinopathy, but was similar to normals in those with moderate and severe retinopathy. Following succesful pituitary ablation and photocoagulation retinal blood flow was reduced compared with pre-treatment studies.

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Section: Discussionmentioning

confidence: 98%

The retinal blood flow in diabetes

et al. 1975

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“…Elevated forearm blood flow in diabetics has been described in some studies [6,7,3,9], but the metabolic state of the diabetics were either abnormal at the time of investigation [6,7,9] or not stated [3]. The flow has been show~ to fall after 2--26 days of insulin treatment, but not to normal values [9].…”

Section: Discussionmentioning

confidence: 99%

“…During the past few years some authors have found higher tissue blood flow in diabetics, most often in the forearm [6,3,9], but also in adipose tissue [13]. However, the degree of metabolic control was not welt defined in these studies.…”

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confidence: 99%

Peripheral blood flow and metabolic control in juvenile diabetes

Gundersen

1974

Diabetologia

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Peripheral blood flow was measured during periods of good and poor metabolic control in juvenile diabetics with less than five years duration of the disease. Previously insulin treated patients, in whom the insulin was withdrawn for a few days, showed elevated blood flow in muscular, adipose and cutaneous tissue, whereas a group of newly diagnosed diabetics before treatment showed elevated blood flow in adipose and cutaneous tissue only. In good metabolic control the diabetics had normal values of both muscular, adipose and cutaneous tissue blood flow. In poorly controlled diabetics blood pressure, pulse rate and body temperature were elevated. These parameters are also normalized when the metabolism is brought under control. It is suggested, that the increased peripheral blood flow seen in diabetics in poor control is the effect of a generally increased turnover of energy in combination with local factors, different from tissue to tissue.

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