The cure rate of secondary hemorrhage in smog, a very serious cerebrovascular disease, can lead to cerebral infarction, cerebral hemorrhage, etc., and is very dangerous. If not treated in time, secondary infarction and secondary hemorrhage may also occur at any time. Therefore, once you have smog, don’t delay, you must seek medical treatment as soon as possible. What is the cure rate for secondary hemorrhage in smog? Is it possible to cure a massive brain hemorrhage? It is indeed very dangerous and scary, but it is completely curable with timely treatment and proper therapy. Due to the formation of small, fragile, smoke-like blood vessels at the base of the skull, the walls of the vessels are very thin and a slight fluctuation in blood pressure can lead to cerebral hemorrhage. Therefore, early treatment is necessary to avoid unpredictable and serious consequences. The treatment strategy for smoldering brain hemorrhage is to treat the brain hemorrhage symptomatically in the first stage and to perform surgery to solve the problem of smoldering disease in the later stage. In general, if the hemorrhage is large, extraventricular drainage or cranial hematoma removal may be required depending on the situation; even if the hemorrhage is mild, proper and timely medication is needed: after a good recovery in the acute phase of about three months, smoldering surgery should be performed as soon as possible. The best situation is to detect the disease in time and to operate before the occurrence of cerebral infarction or cerebral hemorrhage to avoid the damage caused by the infarction and hemorrhage; of course, even if there is a cerebral infarction or hemorrhage, it can be properly solved by timely and correct means, and the cure rate is higher. At present, combined vascular bypass surgery is a very effective surgical means for treating smog. Through the dual role of direct vascular bypass and multi-factor patching, sufficient and perfect blood flow side branch bypasses can be established for the brain, which can well improve the brain blood supply.