Effects of intravertebrate anaesthesia on cervix and fetus
The choice of anaesthesia is crucial in anatomy, and understanding of the effects of anaesthesia in vertebrates on women and the foetus is critical to improving the safety and quality of anatomy.
I. Impact on maternity
(i) Blood flow mechanics
Anaesthesia in the vertebrae causes sensory neurotic retardation, leading to vascular expansion. The mother may experience low blood pressure during anatomy, especially when anaesthesia levels are high. Severe low blood pressure can lead to maternal nausea, vomiting and even loss of consciousness. However, such low blood pressure can be prevented and corrected to a large extent through measures such as reasonable liquid preloading and the use of vascularly active drugs.
(ii) Pain effects
Anesthesia in the vertebrae provides good pain relief and can be effective in reducing maternal pain in cervix. Compared to the general anaesthesia, the mother is awake during the operation and can contact her newborn at the first time, which is positive for the emotional connection between the mother and the child. Moreover, good stings facilitate post-operative maternal recovery, reduce stress from pain and reduce the incidence of post-operative complications.
(iii) Neural effects
Although anaesthesia within the vertebrates is a relatively safe anaesthesia, vertebrates may be damaged in the course of the operation if they are not properly punctured. However, with the increasing availability of modern anaesthesia technology, the incidence of such injuries has been extremely low at the time of operation by experienced anaesthetists. Moreover, in very few cases, women may experience post-operative headaches.
(iv) Effects on coagulation function
Anesthesia in the vertebrae may have some effect on the coagulation function of the mother. After anaesthesia, the period of the mother ‘ s blood is likely to increase at a relatively high condensation, which increases the risk of leaching. As a result, post-operative coagulation monitoring and corresponding preventive measures are needed for women with a tendency to develop a blood clot.
II. Effects on the foetus
(i) Direct effects of drugs on the foetus
After entering the mother’s blood cycle, a small number of sterilizers used in anaesthesia in the vertebrae may affect the foetus through the placenta barrier. However, currently commonly used steremics, such as Rozhenkain and Bubikain, are less toxic to the foetus. Moreover, due to the strict control of both usage and concentration, there are generally no significant adverse effects on the foetus, such as abnormal foetal heart rate, respiratory depression, etc.
(ii) Impact on foetal alkaline balance
Maternal low blood pressure is a possible condition of anaesthesia in the vertebrae, which can lead to under-infusion of uterine placenta. If this situation lasts for a longer period, it can cause foetal oxygen deficiency and acid poisoning. Therefore, the stabilization of maternal blood pressure during anaesthesia is essential to ensure the pyro-alkali balance and internal environmental stability of the foetus.
(iii) Effects on foetal neurobehaviour
A number of studies have shown that there may be differences in neurobehavioural behaviour between newborns born under anaesthesia in vertebrates and those born under natural or general anesthesia. However, this difference is usually subtle and its long-term clinical significance is not yet clear. In most cases, intravertebrate anaesthesia does not have significant adverse effects on the neurodevelopment of the foetus.
Intravertebrate anaesthesia is widely used in cervix, and it has a lesser effect on the foetus while providing good pain to the mother. However, the process of anaesthesia requires close attention to changes in the blood flow mechanics of the mother and the prevention of complications such as low blood pressure. The application of anaesthesia in vertebrates in cervix will be safer and more scientific as the techniques of anaesthesia continue to develop and research further.
Anaesthesia.
