What medicine is used for pancreatitis?

Written by Yang Chun Guang
Gastroenterology
Updated on August 31, 2024
00:00
00:00

In clinical practice, it is advised that patients with pancreatitis be hospitalized for treatment. The primary medications used during hospitalization mainly involve nutritional support, as patients with pancreatitis cannot eat and must refrain from ingesting food and water, necessitating the supplementation of water and electrolyte balance. Treatment primarily consists of using medications that reduce pancreatic secretion, such as choosing octreotide or similar drugs. Other drugs can be combined to inhibit pancreatic enzyme activity. However, while using these medications, it is important to consider using antibiotics to prevent infections in cases of pancreatitis. Overall, it is crucial to receive standardized treatment in a hospital for pancreatitis, as the condition can change rapidly and is relatively dangerous. (The use of medications should be under the guidance of a doctor.)

Other Voices

doctor image
home-news-image
Written by Chen Rong
Gastroenterology
1min 14sec home-news-image

How is acute pancreatitis treated?

Acute pancreatitis is classified into mild pancreatitis and severe pancreatitis depending on the severity of the condition. Mild cases often recover within a week without residual effects; severe cases are perilous with a poor prognosis, and the mortality rate ranges from 20% to 40%. Treatment for mild pancreatitis includes fasting, gastrointestinal decompression, pain relief, antibiotics, intravenous nutrition, acid suppression, enzyme inhibition, etc. In addition to the aforementioned treatments, severe pancreatitis requires strict medical monitoring to maintain electrolyte balance, early parenteral nutrition transitioning to enteral nutrition, and the use of antibiotics to reduce pancreatic fluid secretion, such as the growth inhibitor octreotide, as well as enzyme activity suppressants like gabexate. If the pancreatitis is biliary in origin, an ERCP with a sphincterotomy of the sphincter of Oddi may be performed. In case of serious complications, surgical treatment may be considered. (Medications should be used under the guidance of a doctor.)

doctor image
home-news-image
Written by Wang Li Bing
Intensive Care Medicine Department
56sec home-news-image

Principles of Treatment for Severe Pancreatitis

The treatment principles for severe pancreatitis mainly include the following points: First, closely monitor the patient's heartbeat, respiration, blood pressure, blood oxygen, etc., and if possible, transfer them to the intensive care unit. Second, maintain electrolyte balance and blood volume, and actively rehydrate. Third, enhance nutritional support, which can include parenteral nutrition outside of gastrointestinal digestion. Fourth, routinely use antibiotics in severe pancreatitis to prevent infection from necrotizing pancreatitis. Fifth, reduce the secretion of pancreatic fluid, inhibit the synthesis of pancreatic enzymes, and suppress the activity of pancreatic enzymes. If the patient develops an infection associated with pancreatic necrosis, consider surgical treatment, etc.

doctor image
home-news-image
Written by Li Qiang
Intensive Care Unit
1min 20sec home-news-image

The difference between severe pancreatitis and mild pancreatitis

Generally speaking, mild pancreatitis is just a local inflammation of the pancreas, usually manifested as upper abdominal pain, nausea, vomiting, and bloating — symptoms of the gastrointestinal tract. Severe pancreatitis, however, is much more serious than mild pancreatitis. In severe pancreatitis, not only is the pain in the local pancreas area more intense and the abdominal bloating more pronounced, but there is also a lot of effusion accumulating in the abdomen. Severe pancreatitis can also affect many other organs, such as the lungs, which are most commonly affected. It can lead to patients developing acute respiratory distress syndrome, characterized by severe hypoxemia, with many patients requiring mechanical ventilation treatment. Another organ that is commonly affected is the kidney, with many patients with severe pancreatitis experiencing acute renal failure, reduced urine output, or even anuria. Severe pancreatitis can also affect the heart, brain, and other organs, leading to functional abnormalities in these organs. Therefore, besides affecting the local pancreas, severe pancreatitis can involve other important organs, resulting in multiple organ dysfunctions.

doctor image
home-news-image
Written by Wei Shi Liang
Intensive Care Unit
59sec home-news-image

Severe pancreatitis intestinal nutrition

In different stages of severe pancreatitis, the energy requirements vary. At the early onset of the disease, the principle of nutritional support is to provide the minimum metabolic substrates needed to maintain basic metabolic demands, correct metabolic disorders, and minimize protein loss to a reasonable level. Caloric provision should be between 20 to 25 kcal per kilogram per day. As the condition progresses, the focus of nutritional support gradually shifts towards increasing or balancing nutrient intake. Early intervention using jejunal tube feeding is considered safer. Formulas used should be tolerable by the intestines; initially, glucose water is used to help the intestines adapt to nutrition. Early use of low-fat formulas containing amino acids or short peptides is advisable. Additionally, whole proteins, after being digested by stomach acid and entering the intestines directly, may lead to poor absorption.

doctor image
home-news-image
Written by Wei Shi Liang
Intensive Care Unit
1min 4sec home-news-image

Severe pancreatitis complications

Complications of severe pancreatitis primarily include: 1. Acute peripancreatic fluid collection and interstitial edematous pancreatitis, where fluid accumulates around the pancreas without necrosis. This can be diagnosed with enhanced CT. 2. Pancreatic pseudocysts, characterized by fluid encapsulated by a clearly defined inflammatory cyst wall around the pancreas, with no or minimal necrosis, commonly occurring around four weeks after an episode of interstitial edematous pancreatitis. 3. Accumulation of acute necrotic material, involving necrotic tissue and liquids from necrotizing pancreatitis, including the parenchyma and peripancreatic tissues, also diagnosable through enhanced CT. 4. Encapsulated necrosis, observable as a clearly defined inflammatory encapsulation of the pancreas and peripancreatic tissues, commonly occurring four weeks post an episode of necrotizing pancreatitis.