Recently, the General Interventional Clinic of our hospital successfully performed a minimally invasive hepatic artery embolization and hemostasis intervention for a patient with traumatic liver rupture in the emergency department, which quickly and effectively stopped the hemorrhage and saved the patient’s dying life and discharged him from the hospital. The patient, a 16-year-old male, suffered severe abdominal pain after being hit by another vehicle on a motorcycle and came to the emergency department of our hospital. After the operation, the patient’s bleeding was effectively controlled, blood pressure was stabilized, and shock was corrected, and he was finally discharged from the hospital. With the increase of various vehicles, traffic accidents are increasing. According to the data, liver and spleen are one of the most vulnerable organs among abdominal organs in traffic accidents, and their incidence accounts for 40%~50% of all kinds of abdominal injuries. The liver is the largest digestive and detoxification organ in the human body, and the spleen plays an important role in the immune mechanism of the human body. The view that traumatic liver and spleen rupture should be treated with liver and spleen preservation as much as possible is gradually being affirmed. The arterial embolization intervention technique has highlighted its unique efficacy in the treatment of traumatic hepatic and splenic rupture hemorrhage. In China, traffic injury is the 1st cause of death from trauma and the 1st cause of death among young adults. The main causes of early death include hemopneumothorax, rupture of liver, spleen and kidney, intracerebral hematoma, pelvic fracture, etc. If rescued in time, most patients can be saved from death, and this time is called the golden time of rescue, also called “golden hour”. The immediate life-threatening effect of liver and spleen rupture is intra-abdominal hemorrhage, and hemostasis becomes the first objective of treatment after liver and spleen rupture. Vascular embolization of hepatic and splenic rupture using vascular interventional techniques is a minimally invasive, simple, rapid, reliable and repeatable method. For splenic rupture, splenic artery embolization can also preserve the function of the spleen. Our department carries out emergency intra-arterial embolization to stop bleeding, so that patients with ruptured liver and spleen who come to our hospital can receive timely and effective treatment, and the internal bleeding site can be identified and effective hemostasis can be performed in the shortest possible time. Emergency TAE is minimally invasive, time-consuming, with a high success rate and few complications, especially for the diagnosis and embolization of bleeding from multiple organs or sites at the same time. Hepatosplenic artery embolization by interventional techniques is less invasive, less disturbing to the body, and requires no special anesthesia. In recent years, there are more and more reports of hepatosplenic artery embolization for traumatic hepatosplenic rupture. The effect of hepatosplenic artery embolization is equivalent to that of hepatosplenic artery ligation, which can stop bleeding by reducing the pressure in the hepatosplenic artery and decreasing the blood flow in the liver and spleen, and rapidly controlling bleeding. The use of gelatin sponges to embolize the vessels during embolization allows recanalization and facilitates functional recovery of the liver and spleen. Compared with hepatosplenic artery ligation, because hepatosplenic artery embolization can be performed precisely within the main trunk of the hepatosplenic artery, it can ensure the formation of collateral circulation from adjacent vessels because it avoids accidental damage to adjacent vessels such as short gastric vessels and left vessels of the gastric omentum due to surgical operation. In addition, the ease of access to embolization materials due to the reduced vascular pressure and high relative blood flow at the hepatosplenic rupture is also the reason for the success of TAE procedure. The development of emergency interventional hepatosplenic rupture embolization and hemostasis has undoubtedly added another sharp edge to the treatment of patients with hepatosplenic rupture in our hospital. In addition, our hospital has also developed a series of related technologies such as interventional treatment for bleeding from kidney injury (including bleeding after percutaneous nephrolithotomy for kidney stone), interventional treatment for bleeding from tumor, interventional treatment for hemoptysis of various causes, interventional treatment for nasal bleeding, interventional treatment for gastrointestinal bleeding and postpartum hemorrhage, etc. Our technical strength is at the leading level in the region.