Several lymphoma examination methods that need attention

There are many clinical examination methods for lymphoma. There are a total of nine methods for lymphoma diagnosis, which are very helpful for the correct understanding of lymphoma and can help to better treat lymphoma. What are the common examination methods for lymphoma ? The following is a brief introduction to the common examination methods for lymphoma.

In general, the common examination methods for lymphoma are:

1. Cytological examination: Use a syringe or surgery to remove cell tissue for testing. This is a common method for detecting lymphoma.

2. Blood test: Use a syringe to draw blood from the arm, and the doctor uses a microscope to observe the red blood cells, white blood cells and platelets.

3. Bone marrow examination: Use a syringe to take out a bone marrow sample near the hip pelvis for testing.

4. Spinal puncture and biopsy: This method of examining lymphoma uses a fine needle to extract spinal fluid from the spine for testing. This method is only used in special cases.

5. Tomography scan: Use a large machine like an X-ray to take pictures from various angles, so that the doctor can see where the lymph cancer is.

6. Magnetic resonance imaging: This method of examining lymphoma uses magnetism and radio waves to show whether lymphoma has metastasized to the nervous system or other organs.

7. MUGA test: Check your myocardial activity and whether your heart function is normal.

8. PET examination: This lymphoma examination can detect whether there are cancer cells in certain lymph nodes.

9. X-ray examination: Using radiation to check whether there is cancer in the body organs is also a common method of examining lymphoma.

The above is an introduction to the common lymphoma examination methods. I believe everyone should have a certain understanding of this. If you are diagnosed with lymphoma, you must go to the hospital in time to actively receive treatment to prevent the disease from further deteriorating and bringing more terrible consequences.