Not exact matches
They cross the blood - brain / blood -
tumor barrier, and accumulate within brain
tumor sites, where they target oncogenes,
regulate cell growth and differentiation, reduce
tumor burden and prolong
survival in our mouse models.»
The Cosford lab employs medicinal chemistry and chemical biology approaches to probe cellular pathways that
regulate cell survival pathways in deadly
tumors.
Current efforts focus on elucidating the role of molecular chaperones compartmentalized in mitochondria in
regulating tumor bioenergetics, adaptation to cellular stress and
cell survival.
Interleukin 15 (IL - 15)
regulates the development,
survival, and functions of multiple innate and adaptive immune
cells and plays a dual role in promoting both
tumor cell growth and antitumor immunity.
They evaluated graviola extract and found that it contains compounds that play a role in
regulating the metabolism,
survival and growth of cancer
cells, shrinking
tumors and reducing cancerous
cells» ability to grow and spread.