Possible anesthesia side effects from pain-free gastrointestinal examination

In a modern society where there may be an anesthesia side effects of pain-free gastrointestinal examination, diseases associated with the digestive system have become a high-prevalence and dangerous category of diseases, which can affect people ‘ s normal work and life and endanger their lives in serious cases, as dietary habits change. The gastrointestinal lens is a common form of treatment for patients with digestive system-related symptoms, providing a clear diagnosis of the disease and its severity and a basis for subsequent treatment. Common gastrointestinal cortex examinations require a patient to hold his or her breath and can cause pain, blood pressure fluctuations, etc., as a result of the intrusion of the gastrointestinal cortex, which can trigger fear among the patient and lead to irregular and even failure. In recent years, pain-free gastrointestinal lenses have developed rapidly. Furthermore, as people ‘ s awareness of preventive care increases, there is an increasing number of people who choose to use painless gastrointestinal lenses as a health check-up programme each year.The pain-free gastrointestinal lens is a technique for performing a gastric or intestinal examination under an intravenous anaesthesia, during which appropriate anaesthesia and sedatives are given to the patient, so that the patient completes his or her endoscopy in a quiet, comfortable and pain-free state. The patient will wake up quickly after the general examination, without any physical discomfort or painful memory of the endoscope operation.Anaesthesia or sedative drugs used for pain-free gastrointestinal examination are more widely available, with proporol, right metomidine, itomite, rima ester, etc., which can significantly alleviate the pain caused by endoscopy operations, but there is also a certain risk of adverse incidents. The following are the main areas:Respiratory inhibition: Anaesthesia can inhibit the central nervous system, leading to shallowness or suspension of breathing, reduced saturation of blood oxygen and a degree of threat to life. In case of respiratory inhibition, an attempt can be made to promote the recovery of self-respiration by irritation and, if this is not effective, the gastrointestinal lensation should be terminated immediately, and the mask should be pressured to ventilate to assist the breathing.Declining blood pressure: Anaesthesia can lead to vascular expansion and lower external resistance, leading to lower blood pressure. This is a higher risk for patients who already have low blood pressure or cardiovascular disease. When it occurs, the relevant vascularly active drugs shall be given immediately in accordance with the patient ‘ s state of condition, so as to regulate blood flow mechanics and avoid damage to organs.Insorption: Before a pain-free gastrointestinal examination, the patient routinely fasts water, but there is still some digestive fluid in the stomach, and in an anaesthesia, the reaction of the ingestion of the patient is reduced or disappears, the stomach contents can be reversed to the mouth, misinhaled to the respiratory tract, leading to severe effects such as inhalation pneumonia and suffocation. Thus, when a pain-free gastrointestinal lens is examined, the bed can be raised 15° ~ 20°, and when the stomach mirror passes through the throat, the patient ‘ s jaw may be properly lifted up, and part of the person ‘ s throat may be fully absorbed during the entry.Cardiac disorders: Anaesthesia may have an impact on the heart-transmitting system, leading to an excessive or slow heart rate, or even a sudden heart rate. This risk is higher for patients with a history of heart disorders. The application of anti-heart disorder drugs can be tailored to specific circumstances.Respiratory blockage: Some patients may suffer respiratory blockage after being induced by anaesthesia as a result of pneumatic aerobics caused by the reduction of the respiratory tract after the patient ‘ s tongue. If it is not mitigated in a timely manner, there is a short-term risk of oxygen deficiency, which may even affect life safety. When it occurs, the patient ‘ s neck should be retraced as far as possible and his jaw lifted to remove the barrier, and if it remains unmitigated, the piped piped immediately.Allergies: A very small number of patients may have an allergy to narcotic drugs, with severe respiratory heart failure. Anti-sensitive drugs should be applied in a timely manner.Disgusting and vomiting: Some patients may have symptoms of nausea, vomiting, etc. after waking up.Dizziness, sleep addiction and inactivity: During the recovery of anaesthesia, patients may feel dizzy, sleepy and indignant.Awakening delay: 90 minutes after anaesthesia has ceased, patients remain unconscious, unable to respond to external speech or irritation, and cerebrovascular accidents have been eliminated. The patient ‘ s basic illness should be dealt with actively before the surgery, the drug should be properly selected in accordance with the patient ‘ s own state and the examination programme, and the monitoring of the vital signs and depth of the anesthesia should be strengthened during the operation, with a full reduction of the risk of a delay in the awakening of patients with painless gastrointestinal lenses.Bedfall: Due to the residual effects of anaesthesia, the patient may feel dizzy, inert or even disequilibrium, resulting in a fall in the bed. Medical personnel or family members are required to accompany or support them after a pain-free gastrointestinal examination. Anaesthesia.