去纤维钠哪里买的到？

(Chinese alias defibrotide, English name: defiteli) is a safe and effective drug for the prevention and treatment of hepatic veno-occlusive disease HVOD after hematopoietic stem cell transplantation HSCT. It was approved for marketing in the EU in 2013 and in the United States three years later. It is not yet available in my country.

Defibrotide sodium (defiteli) is the first drug in the United States to treat severe hepatic venous occlusion disease. It has anti-thrombotic, fibrinolytic, anti-ischemic, and anti-infective effects in vivo and in vitro. Not only for adults, it also plays an important role in the treatment of pediatric patients.

The effect of defibrinated sodium (defiteli) was studied in a trial of HVOD in children with a median age of 8.2 years (range, 0.2-20 years). The results showed that the complete response (CR) rate was 76%, and the overall survival (OS) rate 1,00 days after transplantation was 64%. Among them, the CR rate of 22 SHVOD patients was 50%, and the OS rate 100 days after transplantation was 36%.

Since defibrinated sodium is not yet on the market in our country, where can we buy it?

(Defibrotide, defiteli) costs around $22,000. Although it has not yet been launched in my country, it may be available in some pharmacies in Hong Kong. Patients can also choose to purchase defibrinated sodium in countries or regions such as the United States and European Union countries that are already on the market. However, whether they are going to Hong Kong or buying abroad, the long journey is not convenient for most patients. Especially when going abroad has to face the problem of language barrier, it is not the best choice. For domestic patients who are inconvenient to travel far, choosing a professional overseas medical consulting service company is the most suitable choice. Medical Travel is a company specializing in transnational medical consulting. The company has long-term cooperation with many overseas hospitals and pharmacies, and can help patients buy genuine defibrinated sodium from formal channels.