The application of abdominal crossbone plane retardation (tap) in post-mortem pain
Introduction
The management of post-uterine pain is an important component of perinatal care and has an important impact on the rapid recovery and overall satisfaction of women. Supersonicly guided abdominal plane retardation (TAP) as an emerging regional anaesthesia technique, which has been widely applied and studied in post-mortem convalescence due to its precision and effectiveness.
Definition and mechanism of ultrasound abdominal-crossing-plasm (TAP)
TAP is a regional neuro-detoxification technique that has the effect of anesthesia by injecting local anaesthesia into abdominal abdominal abdomen with ultrasound guidance to disrupt the neurological effects around the abdomen. TAP ‘ s main target is the T10-T12 nerve, which, by blocking control of the front and side walls of the vertebrae, suppresses the transmission of harmful information about the abdominal tectonics and the peritoneal parts of the abdominal layer, with good abdominal and abdominal effects.
TAP’s advantage in post-mortem pain
• Reduction in the use of opioids: TAP can significantly reduce the use of intravenous pains compared to traditional pain methods, thereby reducing post-operative symptoms of nausea, vomiting, itching, etc.
• Increasing the effect of pain: TAP can be effective in reducing the abdominal uterus strangulation, the abdominal abdominal graft upon return and increasing the comfort of the mother.
• Easy to operate: TAP has the advantage of being simple to operate and having an anatomy structure that can be easily identified, which is the most popular and operational mode of neurotic retardation currently used for post-mortem hysteresis.
Reduction of post-operative complications: TAP can reduce the incidence of chronic and persistent post-uterine hysteresis pain, reduce the negative impact on quality of life and to some extent reduce the incidence of post-natal depression. Promotion of early sports without affecting breastfeeding.
TAP ‘ s clinical application and research progress studies show that TAP ‘ s effects in post-mortem pains are compared to a variety of resistance methods, and it is found that in the absence of internal morphine, TAP is the most comprehensive post-mortem pain-retarding area. In addition, TAP has a comparable effect on pains after cervix and can reduce the use of opioids as compared to the QL on the back.
The application of ultrasound technology in TAP makes the operation of TAP more precise and secure. By means of real-time ultrasound images, doctors are able to identify clearly the neurological structure within the abdominal, intraperitoneal, anorexus and abdominal muscle levels, so that local anesthesia can be injected accurately into the target area. This visualization technique reduces the number of punctures, increases the efficient distribution of estrogens and reduces the risk of complications.
TAP Complications and Risk Management
Although TAP is a relatively safe neuro-detoxification technology, there is a certain risk of complications, including systemic toxicity, infection, haemorrhage and neurological damage to local anaesthesia. In order to reduce these risks, doctors are required to strictly follow sterile protocols, select appropriate anaemics and dosages and closely monitor the vital signs of the patient during the operation.
Conclusions
Supersonicly guided abdominal plane retardation (TAP) as an effective post-mortem anatomy method has the advantage of reducing the use of opioids, increasing the effect of pain, simplicity of operations and reducing post-operative complications. As ultrasound technology continues to develop and clinical research deepens, there is a wide range of prospects for the application of TAP in post-uterine pains, which is expected to provide more comfortable and safer post-operative pain experiences for mothers.
Chronic post-operative pain
