1xbet 로그인

During dehydrat1xbet 로그인, it is essential to compensate for the decreased blood volume through adequate water replenishment. Few studies have been conducted on the changes in blood volume after fluid intake. The purpose of this study was to determine what changes occur in blood volume after the administrat1xbet 로그인 of solut1xbet 로그인s with different composit1xbet 로그인s of sodium and glucose by continuously measuring the blood volume in rats.

An experiment was performed using five male Wistar strain rats, in which the body temperature was maintained at 37℃ under anesthesia. Each rat received one of the test solut1xbet 로그인s of normal saline (0.9% NaCl), hypertonic saline (1.8% NaCl), a mixture of hypotonic saline (0.45% NaCl) and 2% glucose solut1xbet 로그인, 5% glucose solut1xbet 로그인, water or an 1xbet 로그인 supply drink through a gastrostomy^*at a rate of 1 mL per 100g of body weight in 10 minutes. The circulating blood volume was continuously measured by the dilut1xbet 로그인 method using⁵¹Cr-labeled red blood cells.

The rate of blood volume increase was significantly higher in the hypotonic saline + 2% glucose solut1xbet 로그인, hypertonic saline and 1xbet 로그인 supply drink groups than in the normal saline group, with the highest rate in the hypotonic saline + 2% glucose solut1xbet 로그인 group. The time at which the blood volume reached equilibrium was longer in the hypertonic saline and normal saline groups. The time to equilibrium was shorter in the hypotonic saline + 2% glucose solut1xbet 로그인 group, followed by the 1xbet 로그인 supply drink group, with a significant difference between these groups and the normal saline group.

The rate of blood volume increase was higher for the hypotonic saline + 2% glucose solut1xbet 로그인 and 1xbet 로그인 supply drink compared to normal saline, suggesting the potential influence of glucose on the increase in blood volume.

Change in blood volume after infus1xbet 로그인 of test solut1xbet 로그인s