top of page

Our laboratory focuses on developing metal-based nanosystems to make it easier for potent anticancer molecules to get into cancer cells. The mechanisms of action of such drug-coated nanocarriers work in cancer cells is being figured out. In this quest, we have developed several potent gold-based nanosystems that can effectively bring therapeutic phytochemicals into cancer cells. Investigations of their therapeutic efficacy in different model systems are going on. The second area of research is selective elimination cancer cells by inducing different cell death mechanisms in these cells. 

Cells displaying microtubules (red) and DNA (blue).

Image credit: Dr. Sanith C.

Drug-induced microtubule bundles showing tubulin acetylation pattern. Image credit: Dr. Sanith

Anticancer drug stops multiplication of cancer cells

Extensive mitotic arrest induced by an antitubulin agent in cancer cells

Image credit: Ms. Tejashree M.

Binding of beta sitosterol with different beta tubulin isotypes. Image credit: Dr. Charu S.

Tropical Leaves

CONTACT US

School of Biological Sciences, UM-DAE CEBS,  Kalina, Santacruz East, Mumbai - 400098 

Success! Message received.

bottom of page