Medical professionals are learning more about using CBD for sickle cell anemia. According to the American Society of Hematology, the number of Americans living with sickle cell has been identified by only a range. Experts estimate that between 70K and 100K Americans have sickle cell anemia. Sickle cell is a disease that causes red blood cells to take on the shape of sickles instead of a normal, circular shape. Sickle cell is hereditary, and it affects about 8% of the African population.
How does CBD for sickle cell anemia work?
One of the benefits of CBD for sickle cell anemia is pain relief. Since red blood cells are misshapen, they do not travel correctly through veins. Instead, they become clogged and cause blockades. Consequently, this results in painful infections – not only in the blood stream, but in various organs as well.
CBD for sickle cell anemia works to relieve pain caused by internal blood clots.
A group of scientists in Minneapolis conducted a study related to CBD for sickle cell anemia. (https://www.ncbi.nlm.nih.gov/pubmed/20304807)
More specifically, they wanted to see if CBD could treat the pain associated with the blood clots that are caused by defective red blood cells. They treated mice with CBD and tested a variety of factors. They tested both neuropathic and inflammatory pain activators. These scientists reported that cannabinoids were successful in managing pain associated with sickle cell traits. This isn’t surprising, considering that scientists have conducted an impressive amount of research using CBD for pain.
Another group of researchers in the United Kingdom conducted a research panel to determine the efficacy of CBD for sickle cell anemia. (https://www.ncbi.nlm.nih.gov/pubmed/16173972)
They surveyed 86 individuals with sickle cell disease. According to the research, many individuals with sickle cell disease are using cannabis to manage certain symptoms. Furthermore, 58% of those surveyed said they would participate in a study designed to gather more information about using CBD for sickle cell anemia.