Stem cell therapy is a medical breakthrough that has revolutionized the way we approach treating illnesses and injuries. Through stem cell therapy, a patient’s own cells are used to help heal damaged tissues or organs. By harnessing the power of stem cells, a physician can help to replace lost or damaged cells in the body and reduce the symptoms of certain diseases or conditions. We will take a look at the procedure of stem cell therapy and how it works. We’ll explore what happens during treatment, how safe it is, and why it’s so effective.

How is stem cell therapy performed?

There are a few different ways that stem cell therapy can be performed, depending on the type of therapy being used. For example, autologous stem cell therapy (using your own stem cells) is usually done by taking a sample of blood or bone marrow from the patient and then separating out the stem cells. Once the stem cells have been isolated, they are injected back into the patient’s bloodstream. Allogeneic stem cell therapy (using donor stem cells) is usually done by taking stem cells from the donor’s blood or bone marrow and then injecting them into the patient’s bloodstream. In some cases, the stem cells may be taken from umbilical cord blood.

Step 1: Umbilical Cord Collection and Initial Testings

Initial testing includes a complete blood count (CBC), culture and sensitivity testing, and a cell viability test. The CBC will show if there are any abnormalities in the blood cells. The culture and sensitivity testing will help to identify any bacteria or fungi that may be present in the sample. The cell viability test will determine if the cells are alive and able to proliferate.

Once all of the tests have been completed, the results will be reviewed by a stem cell transplant physician. If everything looks satisfactory, the cord blood will be cryopreserved (frozen) until it is needed for transplantation.

Step 2: Second Round of Testing

After the first round of testing is complete and the stem cells are found to be viable, a second round of testing will be conducted. This second round of testing is designed to ensure that the stem cells are still viable and that they are able to proliferate. This second round of testing is also designed to determine if the stem cells are able to differentiate into the desired cell type.

Step 3: Separation

When it comes to stem cell therapy, one of the most important steps is the separation of stem cells from the rest of the cells in the body. This can be done using a variety of methods, but the most common is called centrifugation. In this process, the blood is placed in a special centrifuge and spun at a high speed. This causes the heavier cells, like red blood cells, to settle to the bottom while the lighter stem cells float to the top.

Once the stem cells have been separated, they can then be used for various treatments. They can be transplanted into patients to replace damaged or diseased tissue, or used in research to study diseases and develop treatments. Stem cell separation is a key part of any stem cell therapy and is essential for successful results.

Step 4: Culturing

Culturing refers to the process of growing cells in a laboratory. This is typically done using a cell culture dish, which is a specialized dish that has a nutrient-rich environment that helps cells grow.

Cells can be cultured from many different sources, including human tissue, animal tissue, and even plants. In stem cell therapy, the goal is to culture stem cells so that they can be used to treat a variety of diseases and conditions.

To do this, stem cells are first isolated from the patient’s body. Once they are isolated, they are then placed in a cell culture dish where they can start to multiply. The hope is that by culturing these cells, we can create enough of them to treat the patient’s condition.

So far, stem cell therapy has shown promise in treating a number of diseases and conditions, including cancer, heart disease, and spinal cord injuries.

Step 5: Storage

Once the stem cells have been harvested, they need to be stored until they are ready to be used. This can be done in a number of ways, but the most common is to freeze them in a cryogenic storage facility. This ensures that the cells will be viable when they are thawed and injected into the patient.

The other option for storage is to keep the stem cells in an incubator until they are needed. This allows for immediate use of the cells, but there is a greater risk of contamination and cell death. In either case, it is important to carefully monitor the storage conditions to ensure that the cells remain viable.

Step 6: Packing and transport

Packing and transport is an important part of stem cell therapy. It is crucial to ensure that the cells are packed correctly and transported safely to the treatment site. There are a few steps that need to be followed in order to pack and transport the cells correctly:

  • Cells must be placed in a sterile container.
  • Container must be labeled with the patient’s name, date of birth, and type of cell.
  • The container must be sealed with a tamper-proof seal.
  • Container must be transported in a temperature-controlled environment (usually between 2-8 degrees Celsius).
  • Container must be transported directly to the treatment site without any delays.

Following these steps will help to ensure that the cells are packed correctly and transported safely to the treatment site.