Nearly 12,000 people will die of head and neck cancer in the United States this year and worldwide cases will exceed half a million. A study published this week in the journal Carcinogenesis shows ...

An extract from grape seeds forces laboratory leukemia cells to commit cell suicide. Researchers found that within 24 hours, 76 percent of leukemia cells had died after being exposed to the extract.

Indeed, further experimentation demonstrated that grape seed extract increased the level of Cip1/p21 protein, allowing it to bind to and shut down the CDKs driving the cell cycle.

LEXINGTON, Ky., Jan. 2 (UPI) -- An extract from grape seeds forces laboratory leukemia cells to commit cell suicide, University of Kentucky researchers said. The study, published in Clinical ...

These are cells that have stopped dividing and begun to accumulate, driving a range of degenerative effects in the body. New research out of China has uncovered a natural compound in grape seeds ...

A team of scientists from the U.S. and China have discovered that grape-seed extract kills laboratory leukemia cells by making them commit suicide, thus showing the potential value of natural ...

A chemical isolated from grape seed extract prolongs the lifespans of old mice by 9 per cent by clearing out their old, worn-out cells. The treatment also seems to make the mice physically fitter ...

Plasma cells are interesting for several reasons. On a basic level, they show the general mechanisms involved in the commitment of somatic cells to a terminally differentiated, post-mitotic state.

Many plasma cells die shortly after participating in an immune response, but a small population of plasma cells called long-lived plasma cells (LLPCs) can survive in the body for months or even years.

PHILADELPHIA - An extract from grape seeds forces laboratory leukemia cells to commit cell suicide, according to researchers from the University of Kentucky. They found that within 24 hours ...

PHILADELPHIA − Chemicals found in grape seeds significantly inhibited growth of colorectal tumors in both cell cultures and in mice, according to researchers who have already demonstrated the ...