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Biologist hopes mosquito can break viral chain

Most people do their best to avoid mosquitoes. But this summer Rollie Clem will play the wary host to his own homegrown swarm of Aedes aegypti, the yellow fever mosquito. He's made a room ready for them, and even a menu.

22 May 2007

Left-right wiring determined by neural communication in the embryonic worm

Most animals appear symmetrical at first glance, but we're full of internal lop-sidedness.

18 May 2007

Biomoda files for patent protection for porphyrin molecule

Biomoda, Inc. is expanding its patent portfolio with an additional patent pending for the use of its patented porphyrin molecule as part of a sophisticated cancer drug delivery system.

18 May 2007

Simple equations track Listeria trails

Circles, slaloms, figure eights, and loop-the-loops , biologists studying the motion of Listeria monocytogenes sensed that these paths were related, but they didn't have a good way to define what fit in and what didn't.

16 May 2007

Dealing with emerging diseases

The outbreak of severe acute respiratory syndrome (SARS) in 2002 was a loud wake-up call for researchers studying infectious diseases.

16 May 2007

Researchers watch repair proteins arrive around DNA breaks

Investigators at St. Jude Children's Research Hospital had a molecule's eye view of the human cell's DNA repair kit as it assembled on a double-strand break to link together the broken ends.

10 May 2007

Fluorescent nanoparticles open up new possibilities for cellular imaging

Scientists from the University of Twente, the Netherlands, have successfully exploited the optical properties of fluorescent nanoparticles to broaden the scope of single-cell microscopy.

9 May 2007

New mapping technique will answer fundamental questions about chromosome structure

Researchers at the University of Illinois have developed a simple and economical technique for imaging and mapping fruit fly chromosomes.

8 May 2007

New hope for patients with premature aging condition progeria

There is renewed hope for treatment of a rare genetic condition that causes rapidly accelerated aging and leads to an average life expectancy of 13 years.

4 May 2007

Methods for marking molecules to identify gene alterations and metabolic shifts

Physical alterations of DNA in chromosomes can cause serious diseases such as Down syndrome, Prader-Willi syndrome, or cancer.

2 May 2007

Under the microscope...doctors' relationships with drug companies

According to a recent survey almost all doctors in the U.S. have some form of relationship with drug companies.

26 Apr 2007

Relationship found between DNA nanomechanics and damage

It has long been known that UV light can damage DNA, reducing its ability to replicate and interact with proteins, and often resulting in the development of skin cancers.

25 Apr 2007

Key to understanding all biological processes is recognition

A human body has more than 10 to the power of 27 molecules with about one hundred thousand different shapes and functions.

24 Apr 2007

New combined imaging promises insights into multiple sclerosis

Researchers have developed a way to use three types of microscopic imaging techniques simultaneously to analyze living tissue and learn more about the molecular mechanisms of multiple sclerosis, information that could help lead to earlier detection and new treatments.

18 Apr 2007

Better understanding of membrane fusion

Cells constantly swap cargo bound in vesicles, miniscule membrane-enclosed packages of proteins and other chemicals. Before the swap can take place, the vesicle membrane must fuse with another membrane, creating channels packages can pass through.

18 Apr 2007

Scientists study freezing process at the ultra-small scale

Using what is thought to be the world's smallest pipette, two researchers at the U.S. Department of Energy's Brookhaven National Laboratory have shown that tiny droplets of liquid metal freeze much differently than their larger counterparts.

16 Apr 2007

Breakthrough in photoswitchable fluorescent protein science

University of Oregon scientists have identified molecular features that determine the light-emitting ability green fluorescent proteins, and by strategically inserting a single oxygen atom they were able to keep the lights turned off for up to 65 hours.

11 Apr 2007