Cell Migration News and Research

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New understanding of cell movement may yield ways to brake cancer's spread

From birth until death, our cells migrate: nerve cells make their vital connections, embryonic cells move to the proper places to form organs, immune cells zero in to destroy pathogenic organisms, and cancer cells metastasize, spreading deadly disease through the body. Scientists studying these migrations didn't know how cells determined where to go. Until now.

1 Aug 2005

Study sheds new light on the molecular mechanisms underlying the development of chronic wounds

A study conducted by NYU School of Medicine researchers, in collaboration with the Wound Healing Program at Columbia University, sheds new light on the molecular mechanisms underlying the development of chronic wounds.

26 Jun 2005

Omega-3 combined with propofol may lead to new drugs to treat breast cancer

Omega-3, the fatty acid found in oily fish, could be combined with a commonly used anesthetic to develop drugs to treat breast cancer, according to research published in the journal Breast Cancer Research.

8 Jun 2005

Pair of cancer genes found to drive both cell migration and division

Johns Hopkins researchers have found that two genes already known to control cell movement are also needed for proper cell division. They report their findings in the April issue of Developmental Cell.

5 Apr 2005

Vital molecular step in cell migration

A vital molecular step in cell migration, the movement of cells within the body during growth, tissue repair and the body's immune response to invading pathogens, has been demonstrated by researchers in the University of California, San Diego (UCSD) School of Medicine.

28 Mar 2005

Renovis announces investigational medicine for multiple sclerosis study

Renovis announced today the initiation of a Phase Ia clinical trial for REN-850, an investigational oral small molecule that is being targeted for the treatment of multiple sclerosis (MS).

14 Feb 2005

Scientists gain ground in understanding cell motility

One of the most basic yet least understood processes in our bodies is how cells crawl along tissues. This behavior is essential to the formation of an embryo and other processes, but it must be tightly controlled. A disturbance can lead to the spread of cancer cells or diseases like Spina bifida and Lissencephaly, in which cells fail to reach their proper destinations.

26 Jan 2005

Research shows brain cells move like a two-stroke engine

Following the often-quoted advice of Yogi Berra — "You can observe a lot by just watching" — Rockefeller University scientists show that nerve cells in the developing brains of humans and other mammals move in a two-part "step" led by a structure within the cell called the centrosome.

13 Oct 2004

Researchers are making inroads to understanding what makes brain tumors so hard to treat

When he's not in the operating room performing surgery, Donald M. O'Rourke, M.D., Associate Professor of Neurosurgery at the University of Pennsylvania School of Medicine is fighting brain tumors from the research laboratory bench.

16 Sep 2004

Targeted therapeutics capable of preventing or limiting the metastasis of skin cancer

An international team of scientists has identified an important molecular link involved in the spread – or metastasis – of melanoma to other organs such as the lungs.

15 Jul 2004

First-ever microfluidic BioMEMS device to study the mechanisms of cell migration and deformation

Cancer cells have the ability to invade blood vessels and find their way into the bloodstream. Once there, these infected cells can easily travel to other parts of the body and attack healthy organs.

25 Jun 2004

New technology to measure the sensitivity of nerve fibers that wire up the brain during development

Researchers at Georgetown University have developed a novel technology to precisely measure the sensitivity of nerve fibers that wire up the brain during development. Through use of this technology, they discovered that these fibers, or axons, possess an incredible sensitivity to molecular guidance cues that direct the axon’s route to its desired destination in the brain.

26 May 2004

Researchers have developed technology to precisely measure the sensitivity of nerve fibers that wire up the brain during development

Through use of this technology, they discovered that these fibers, or axons, possess an incredible sensitivity to molecular guidance cues that direct the axon's route to its desired destination in the brain. Their findings are described in the June issue of Nature Neuroscience.

23 May 2004

System for guiding cell migration, adhesion has biomedical and regenerative medical applications

Scientists at the University of Toronto are taking regenerative medicine to a new dimension with a process for guiding nerve cells that could someday help reconnect severed nerve endings.

23 Mar 2004