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The Scientist

» aging and cell & molecular biology

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image: Q&A: Aging Geniuses

Q&A: Aging Geniuses

By | November 8, 2011

A new study shows that over the past century, the age at which scientists produce their most valuable work is increasing.

39 Comments

image: Fighting Cancer with Light

Fighting Cancer with Light

By | November 7, 2011

Researchers have developed a way to activate cancer fighting drugs by pulsing them with light, which could make such therapies safer.

9 Comments

image: Shielding Cancer Cells from Damage

Shielding Cancer Cells from Damage

By | November 4, 2011

An alternative form of an enzyme involved in the glucose metabolism pathway protects cancer cells from oxidative stress.

12 Comments

image: Old Cells Advance Aging

Old Cells Advance Aging

By | November 2, 2011

By selectively killing senescent cells, researchers can slow the decline of health in aging mice.

6 Comments

image: Top 7 in Molecular Biology

Top 7 in Molecular Biology

By | November 1, 2011

A snapshot of the most highly ranked articles in molecular biology and related areas, from Faculty of 1000

3 Comments

image: BRCA1 Further Elucidated

BRCA1 Further Elucidated

By | October 27, 2011

Researchers have pinpointed the region of a key cancer gene that’s involved in tumor suppression.

9 Comments

image: Bacterial Rejuvenation

Bacterial Rejuvenation

By | October 27, 2011

Bacteria age, but as a lineage, can live forever.

6 Comments

image: How Probiotic Yogurt Works

How Probiotic Yogurt Works

By | October 26, 2011

Researchers show that the bacterial species in probiotic, fermented dairy products may alter gene expression and metabolism in native gut microbiota.

57 Comments

image: Top 7 in Biochemistry

Top 7 in Biochemistry

By | October 24, 2011

A snapshot of the most highly ranked articles in biochemistry and related areas, from Faculty of 1000

3 Comments

image: MicroRNAs Prevent Cell Reprogramming

MicroRNAs Prevent Cell Reprogramming

By | October 24, 2011

A group of microRNAs can inhibit the formation of induced pluripotent stem cells, and may provide a target for more efficient reprogramming of somatic cells.

0 Comments

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