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Evaluation of haemoglobin changes of skin and muscle tissue of the calf induced by topical application of a nonivamide / nicoboxil cream

机译:局部应用壬乙酰胺/尼古丁乳膏引起的小腿皮肤和肌肉组织血红蛋白变化的评估

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Topical agents inducing hyperaemisation like nonivamide or nicoboxil increase cutaneous blood flow and temperature and induce erythema. It is not proven up to now whether there is also a hyperaemisation effect in skeletal muscle. This study has the objective to determine the effects of a nonivamide / nicoboxil cream on haemodynamics in skin and calf muscle via optical spectroscopy in the visible and near-infrared with a separation of changes for skin and muscle. Left and right calves of 14 healthy subjects were treated with a nonivamide / nicoboxil cream or mock administration, and cutaneous and muscle haemoglobin were measured using a combined NIRS / VIS sensor. The topical application of the cream increased the concentration of oxygenated haemoglobin and tissue oxygen saturation significantly in skin as well as in muscle of the treated legs already after 15 minutes, with stronger and faster effects in skin. In contrast, the change in deoxygenated haemoglobin was found to be small. The kinetic of all changes varied widely between the subjects. The found haemoglobin changes might explain the beneficial effect of hyperaemisation creams for the treatment of minor injuries.
机译:局部用药可引起过度通气,如壬尼磷酰胺或尼古丁可增加皮肤血液流量和温度,并引起红斑。到目前为止,尚未证实骨骼肌中是否还存在过度放气的作用。这项研究的目的是通过可见光谱和近红外光谱分离皮肤和肌肉变化来确定壬酸酰胺/尼古丁乳膏对皮肤和小腿肌肉血流动力学的影响。 14名健康受试者的左小腿和右小腿用壬乙酰胺/尼古丁乳膏或模拟给药治疗,并使用组合的NIRS / VIS传感器测量皮肤和肌肉的血红蛋白。乳膏的局部应用已经在15分钟后显着增加了皮肤以及处理过的腿部肌肉中的氧化血红蛋白浓度和组织氧饱和度,对皮肤的作用更快更强。相反,发现脱氧血红蛋白的变化很小。在受试者之间,所有变化的动力学变化很大。发现的血红蛋白变化可能解释了高通气化乳霜对轻伤的有益作用。

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