A Siddha Prebiotic Medicine Bavana Kadukkai (Medicated Macerate) for Chemo-radiotherapy Induced Side Effects in Cancer Patients
摘要
Cancer is the most dreadful disease affecting mankind. The cytotoxic effects of contemporary medicines, such as radiation and chemotherapy, endanger the patient’s healthy cells and cause a multitude of unwanted side consequences. This review focuses on the potential ways that the active components in the Siddha prebiotic medicine Bavana kadukkai impact on various kinds of cancer.
Recent FindingsTreatment for Cancer such as radiation and chemotherapy leads to increased therapeutic challenges, deteriorating health, and a reduction in life quality, all of which necessitate stopping the therapy. Drugs used in chemotherapy mostly impact the gastrointestinal tract. Numerous scientific studies have also strongly shown that prebiotics assist the upkeep of a healthy microbiome, which in turn serves to increase the effectiveness and lessen the side effects of cancer therapy.
SummarySiddha prebiotic medicine Bavana kadukkai plays a important role in cancer. One of the major ingredient of Bavana Kadukkai is Terminalia Chebula. Retz.which is known as the “King of herb,“, modifies the gut flora and enhances human health through its prebiotic properties. The gut microbiota is now a possible therapeutic target for many illnesses. In addition to improving appetite and helping with digestion, the Siddha prebiotic medication Bavana Kadukkai for this ailment also reduces associated symptoms such as nausea, vomiting, diarrhoea, stomatitis, constipation, and hyperacidity. Moreover, Siddha medications help to preserve haemoglobin, white blood cell count, and platelets while also raising blood counts and eliminating toxins from the blood. It has been noted that Siddha treatment significantly reduces chemotherapy adverse effects, helping patients to tolerate the drug. This study reviews the effectiveness of Bavana Kadukkai, a Siddha Polyherbal formulation, as a drug to be used in addition to chemotherapy and radiation therapy.