US EPA

7456863 

Journal Article 

Molecular activities in Moringa oleifera linn-Review 

Subramonie, S; Suryadevara, N; Ganapathy, B; Gokila Devi, T 

2020 

J. K. Welfare and Pharmascope Foundation 

11 

1 

140-147 

English 

10.26452/ijrps.v11i1.1798 

The terrific increase by the word ”modernization” in various fields in the world without boundaries affects the total environmental system, which leads to the emergence of various new diseases in various forms. In that case, cancer is considered as one of such a dreadful disease which is also measured as a leading cause for the death of the people. Even with the advanced treatment of modern medicine in treating cancer and reduce the rate of cancer recurrence using advanced technologies such as immunotherapy, targeted therapy, robotic radiosurgery are still very subjective to the individual, and it causes tremendous side effects to the patient. Alternative medicine plays a vital role in the treatment and management of diseases even before centuries. Many pharmaceutical companies involved in the research development of anticancer properties as a holistic approach in the treatment and management of cancer. Moringa oleifera, traditionally used as food sources, has attracted many researchers to evaluate the biochemical properties of Medicinal, antioxidant, as an antiulcer, antimicrobial, antitumour and anticancer. Each part of the tree is nutritive and personalized selective on phytochemicals as an anticancer drug are essential in treating the cancer cells. Limited knowledge on the cytotoxic activity and therapeutic index of M. oleifera in treating specific types of cancers are still under study by many researchers. However, the molecular analysis of anticancer properties in Moringa oleifera as sustainable preventive and management of cancer therapy still lacking in Malaysia. © 2020 International Journal of Research in Pharmaceutical Sciences. All rights reserved. 

Anti-tumour; Anticancer; Antimicrobial; Moringa oleifera; Phytochemicals; alkaloid; benzyl carbamate; benzyl isothiocyanate; flavanoid; Moringa oleifera extract; niazimicin; phenol derivative; saponin; sitosterol; tannin; unclassified drug; vitamin; antibacterial activity; anticonvulsant therapy; antidiabetic activity; antifungal activity; antihypertensive activity; antiinflammatory activity; antimicrobial activity; antineoplastic activity; antioxidant activity; antiproliferative activity; antipyretic activity; antiulcer activity; cancer therapy; cell cycle regulation; chemical structure; cytotoxicity; drug activity; enzyme inactivation; enzyme inhibition; herbal medicine; liver protection; molecular biology; Moringa oleifera; nonhuman; nutritional value; phytochemistry; plant leaf; Review; spasmolysis; therapeutic index; traditional medicine