If we go through the medical research and studies then we will find that there are several techniques and therapies available that are specialized to cure different kinds of disease. Some of the therapies exist for a short term and some exists for a long term. Therapies differ from each other on the basis of kind, intensity and stage of the diseases. Besides this, the results vary from person to person. Some people recover quickly while some take more time to cope up from the concerned disorder.
If we talk about the most widely used therapies then the name of Insulin Potentiation Therapy definitely comes in the list. As the name suggests, it deals with the application of insulin in the treatment of diseases. There are many components used in the accomplishment of this kind of therapy and Insulin Potentiator is one of them. The application of Insulin Potentiator is done since the origination of this therapy.
Insulin Potentiation Therapy is considered to be extremely effective against different type of cancers including breast cancer, lung cancer and prostate cancer. It has proven not only to be an alternative as well as the best medicine for the treatment of different types of cancer but has the potential to act as a substitute for the chemotherapy. In the successful conclusion of the entire process and for making the Insulin Potentiation an effective therapy, Insulin Potentiator plays a very major role.
In Insulin Potentiation Therapy, insulin is used as a component in the medicine along with the chemotherapy drugs. Although, this therapy is considered to be an alternative solution for the chemotherapy but still the chemotherapy drugs play a significant role in the formation of medicine. The amount of chemotherapy drugs used here are significantly less in quantity and the entire functioning of the medicine largely depends on the Insulin Potentiator. The proportion of drugs that are used here is about 10 to 15 % of the standard dose.
The therapeutic approach of insulin avails the direct benefit out of molecular biology of the cancer cells. During the process of treatment the interaction of the biochemicals like insulin is done with the respective receptors.
Insulin Potentiator plays a very keen role in the effective treatment to kill cancer. In addition to it, the Insulin Potentiator largely depends on the chemotherapy medications. As mentioned above these drugs are taken in small proportion along with the specific quantity of insulin. It is a general fact that the process of division among the cancer cells occur rapidly. During the process of Insulin Potentiation Therapy the chemotherapy agents attack the cancer cells that are lying in a specific phase of cell division. This phase is termed as S-Phase and it is considered to be the most important stage of the division of cancer cells. This is mainly because in this phase the process of replication of DNA in the cells takes place. With constant division these cells successfully create a lump of tissues and cells which results in cancer. It is an interesting fact that during the the entire process of the destruction of cancer cells the chemotherapy agents attack only on the cells that are lying in the S-Phase. During the destruction of these cells the insulin potentiator provides the necessary assistance to these agents.
Both chemotherapy agents and the insulin potentiator clearly know their job. This is the reason why they destroy only those cells which are well equipped and ready to generate the threat of cancer in the body not those cancer cells which are in the resting phase.
Although the role of the insulin potentiator and Insulin Potentiation Therapy is well renowned, there are certain demerits associated with the functioning of this therapy. As we all know that in addition to the lethal cancer cells there are some healthy and friendly cells which rapidly divide in the body. These cells include white blood cells (WBC), red blood cells (RBC) and hair cells. They move from the same route but were known for performing different function. The application of insulin potentiator along with chemotherapy drugs fail to identify whether the concerned cells are friendly or not.
A good thing is that if we use small quantity of these drugs along with the insulin potentiator then the therapy will gain more potential to detect the individual cancer cells in a more precise manner.
By this way, people can have an accurate application of the insulin potentiator and can spare out the friendly cells without having any sort of adverse impact on the patient’s health.