How do you refill the rehab surgery?
The concept of accelerated rehabilitation surgery was first proposed by the Danish surgeon and was first applied to the circulatory surgery, which reduces the complications of surgery, reduces the duration of rehabilitation and improves the quality of medical care, and has been widely applied for surgical rehydration, which is important for the life of the patient. During general surgery, a reasonable rehydration plan needs to be developed, based on the patient ‘ s haematological and gas analysis, blood, blood and blood as well as changes in vital signs, in order to ensure the prognosis. How, then, can effective rehydration be provided to patients in surgery? This paper will be used in this regard.
I. What is the principle of accelerated rehabilitation surgical rehydration?
The principle of accelerated rehydration surgery is specified as follows: 1; the purpose and basis of the rehydration; 2; the selection of the appropriate liquid type in the light of the circumstances; 3; the maintenance of the normal PH; 4; strict control of the total volume and output of the liquid; 5; close monitoring of the electrolyte and acid alkali balance after rehydration and discharge.
ii. How to refill the rehydration in accelerated rehabilitation surgery?
Patients in surgery lose body fluids and increase the incidence of complications due to haemorrhage, oedema or anesthesia. Attention should therefore be given to the accelerated surgical rehydration method for rehabilitation, to the rationalization of the speed and volume of the infusion, to the timely rehydration of the body and to the reduction of the risk of the operation. In accelerated rehabilitation surgery, as far as possible, liquids of equal quality should be selected for real-time rehydration. The main objective is to ensure that the quality of the post-operative body and the quality of the surgical precursor is consistent with the difference between the body fluids that were lost as a result of the surgical removal of the specimen, pre-operative fasting, which can be supplemented with sugar saline water and 80 ml x time of fasting (h), while the loss of blood in the operation can be replaced with an equivalent volume of glue, which cannot exceed 500 ml. In general, caesarean sections are conducted only, with the loss of 1,000-1500 ml of functional cell fluids in the patient ‘ s body, and the loss of liquids is similar in part to extracellular plasma, so that a proper balance can be filled. For patients with haemorrhages of less than 500 ml in the operation, the sodium lactate liquefie, 0.9 per cent sodium chloride injection or balanced salt can be provided to the patient at a rate of 3 to 4 times the rate of haemorrhage, most of the patients are entitled to self-retribution; for those with haemorrhages of more than 500 ml in the operation, blood products containing whole blood or red blood cells may be given on the basis of changes in blood type and body structure, and the erythrocytes ratio can be measured and the best value maintained at over 30 per cent. The rehydration formula is: the quantity of the fluid = the time taken per minute drops x the fluid x 3. Injection time = ÷3 drops per minute for total infusion (when 1 mL = 20 drops for constant 3 and when 1 mL = 15 drops for constant 4). The drip factor is 10 drops/mL (15 drops/mL, 20 drops/mL) and the number of litres per hour = drops/minx6 (x4, x 3). When the drip factor is 15 drops/(1.0±0.1) mL, drops per minute = total infusion (mL) ÷ (hours x 4). When the drip factor is 20 drops/(1.0±0.1) mL, drops per minute = total infusion (mL) ÷ (hours x 3). In practical applications, adaptations are also needed to ensure the safety of the operation.
The above-mentioned analysis is intended to provide information for everyone.
