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image: Single-Celled Life Primed to Go Multicellular

Single-Celled Life Primed to Go Multicellular

By | October 17, 2016

The unicellular ancestor of animals may have harbored some of the molecular tools that its many-celled descendants use to coordinate and direct cell differentiation and function, scientists show.


image: Kissing Cousins

Kissing Cousins

By | May 1, 2016

Researchers discover a completely novel mechanism of cell signaling involving soluble chemokines and their transmembrane equivalents.


image: Michael Smith: Biomechanic

Michael Smith: Biomechanic

By | September 1, 2013

Assistant Professor, Biomedical Engineering, Boston University. Age: 37


image: Modified Toxin to Treat Obesity?

Modified Toxin to Treat Obesity?

By | May 29, 2013

Researchers show that a synthetic peptide derived from a sea anemone toxin has potent weight-regulating effects in a mouse model of obesity.  


image: Cell-Based Computing Goes Analog

Cell-Based Computing Goes Analog

By | May 20, 2013

Synthetic biologists are looking to analog, not digital, circuits to create cell-based calculators that can add, divide, and even perform algorithms.


image: From Toxins to Therapeutics

From Toxins to Therapeutics

By | March 19, 2013

Researchers are finding new drugs for chronic pain and autoimmune diseases by modifying animal venom-derived molecules that target the nervous and immune systems.

1 Comment

image: Do Mice Make Bad Models?

Do Mice Make Bad Models?

By | February 11, 2013

A study suggests that some mouse models do not accurately mimic human molecular mechanisms of inflammatory response, but other mouse strains may fare better.


image: Stem Cells Not Rejected

Stem Cells Not Rejected

By | January 25, 2013

Researchers uncover more evidence that reprogrammed stem cells are not attacked by the immune system, suggesting they may one day serve as effective therapies.

1 Comment

image: New Biological Pacemaker

New Biological Pacemaker

By | December 18, 2012

In guinea pigs, the insertion of a single gene can transform ordinary heart cells into pacemaker cells that regulate cardiac rhythm.


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