The most common clinical diagnostic method for pancreatic cancer

With the continuous development of medical technology, several methods for accurately diagnosing pancreatic cancer have emerged, which can help doctors understand the condition of pancreatic cancer patients more clearly, which is very important for choosing the right treatment method. So what are the common methods for diagnosing pancreatic cancer ? Let's talk about the common methods for diagnosing pancreatic cancer.

In general, the common methods for diagnosing pancreatic cancer are:

First of all, the diagnosis of pancreatic cancer is mainly achieved through nuclear magnetic resonance. Although this method can be used to diagnose pancreatic cancer, it is still far behind CT, mainly because CT is one of the diagnostic methods with a relatively good diagnosis. However, as a specialized technology in this field, it may play a role in the future from the perspective of development.

Secondly, the diagnosis of pancreatic cancer can also be achieved with the help of some advanced technologies. For example, pancreatic cancer patients can be diagnosed by checking for stones in the pancreatic duct and by physical examination of the duodenum and ampulla. Small pancreatic head lesions can be diagnosed. When pancreatic malignancies are present, the image of the pancreas is rarely normal. Unresectable pancreatic cancers generally have bile duct dilatation, which provides a basis for the possibility of duodenal papillectomy and positions the internal repair, thus avoiding surgical decompression. Inserting an endoscope with the help of ultrasound provides a new method for diagnosing pancreatic tumors. This technology makes early diagnosis possible.

The above is an explanation of the common diagnostic methods for pancreatic cancer. I believe everyone should have a certain understanding of this. Once diagnosed with pancreatic cancer, you must actively face treatment. A positive and optimistic attitude can help patients achieve better treatment results and is beneficial to reducing damage.