Abstract

Disease can occur due to alterations in many physiological processes. A variety of factorsare known to be involved in the progression of cancer, a chronic diseasethat occurs due to permissible proliferative signaling, avoiding growth suppressors, resisting cell death, allowing replicative immortality, induction of angiogenesis, and inducing invasion and metastasis, along with reprogramming of metabolic pathways involved in energy production and avoiding the host immune response for cell destruction. Treatment of such a multifactorial disease has very less cure rate because of the singular agents tried in the past for targeting. Molecular level studies with deeper insight are urgently neededthat focus on the most promising herbal-derived bioactive substances for which thorough research was carried out in the literature in various data-bases such as PUB-MED, MEDLINE, SCOPUS indexed journals etc. to look for systematic reviews of the protocols or data interpretation, natural drug/immunological properties and validation. As immune system plays avery important role in the proliferation or suppression of cancer and other autoimmune diseases, It is the dire need to study the effect of such natural compound on the immune system so that a possible drug target or epitope can be identified for the treatment of such diseases. In nutshell there are many nonclinical in vitro and in vivo studies on herbal medicines which commonly supports the traditional therapeutic claims. It has been seen from the previos studies in literature that the yield and composition of bioactive compounds derived from plants are dependent upon the production source,culturing conditions and extraction protocols.Therefore appropriate optimization conditions would certainly assist the medical and scientific fraternity to accept herbal products as potential candidates for cancer treatment. In this article we explored the different natural products, their immunological effects concerning cancer with no or negligible side effects. However,one has to look for potential herb–drug or herb-epitope interactions and how immune system responds to such drugs.

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