Device enabling aldosterone blood specimens to be stored and transported conveniently

Abstract

The invention discloses a device enabling aldosterone blood specimens to be stored and transported conveniently. The device comprises a square shell, a first square supporting frame body, a storing unit, a pressing unit and a close covering unit. The device is good in heat preserving effect, the thawing speed of ice blocks in an ice and water mixture can be effectively slowed down, then frequencyof replacing the ice and water mixture can be effectively reduced, then the device is convenient to use, the aldosterone blood specimens of the same positions and sampled at different time can be stored in a classified manner, the aldosterone blood specimens of the different positions and sampled at different time can be prevented from being mixed together, detectors can classify and detect the blood specimens conveniently, thus the aldosterone blood specimens are convenient to take and store, the aldosterone blood specimens stored in a storing groove can be prevented from waggling back and forth, the phenomenon of bumping can be avoided, the ice and water mixture in the square shell can be prevented from overflowing, water can be prevented from entering the aldosterone blood specimens stored in the storing groove, then deterioration of the aldosterone blood specimens is avoided, and the influence on the detecting result is eradicated.

Description

technical field [0001] The invention relates to the technical field of medical devices, more specifically, it relates to a device for placing and transporting aldosterone blood samples conveniently. Background technique [0002] Plasma aldosterone (aldosterone, Ald) is an important mineralocorticoid secreted by the zona glomerularis of the adrenal cortex, which has physiological functions in regulating sodium and potassium metabolism and extracellular fluid volume. Ald is mainly regulated by the renin-angiotensin system, and factors such as sodium and potassium levels in the body, ACTH, adrenergic and dopaminergic systems, and blood volume all have regulatory effects on the secretion of aldosterone. 30%-40% of Ald exists in free form in the blood circulation, and about 6% of unmetabolized aldosterone is excreted in urine. [0003] Aldosterone blood samples should be stored and transported in an ice-water mixture for testing. Currently, clinical medical staff use latex glove...

AI Technical Summary

Problems solved by technology

[0003] Aldosterone blood samples should be stored and transported in an ice-water mixture for testing. Currently, clinical medical staff use latex gloves to wrap aldosterone blood samples, tie the latex gloves, and then put them into ordinary containers filled with ice-water mixture. Stored and transported in containers for testing, this will cause aldosterone blood samples to easily enter the water and deteriorate, thus affecting the test results. At the same time, due to the poor thermal insulation performance of ordinary containers, the ice cubes in the ice-water mixture melt faster, and frequent replacement of ice is required. Water mixture, it is troublesome to use, or put the aldosterone blood sample into the ice bottle, which will cause the aldosterone blood sample to shake back and forth in the ice bottle, causing bumps, and at the same time, when the aldosterone blood sample is taken out of the ice bottle, it is also extremely Inconvenient, in addition, aldosterone blood samples collected in different positions (lying and standing positions) and at different times (8:00am and 16:00pm) are placed together and cannot be classified, which leads to confusion of all aldosterone blood samples Together, it is not convenient for testing personnel to classify and detect

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