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AHA honors Rice University professor with Established Investigator Award

Rice University's Jane Grande-Allen, one of the world's foremost experts on the biomechanics of heart-valve tissue, has won an Established Investigator Award from the American Heart Association.

6 Jan 2012

Microvascular stamp stimulates, directs blood vessel growth on wound surface

Researchers have developed a bandage that stimulates and directs blood vessel growth on the surface of a wound. The bandage, called a "microvascular stamp," contains living cells that deliver growth factors to damaged tissues in a defined pattern. After a week, the pattern of the stamp "is written in blood vessels," the researchers report.

16 Dec 2011

H2S plays critical role in signaling pathway linked to Alzheimer's and Parkinson's

Something rotten never smelled so sweet. This is what members of a team of scientists at Cold Spring Harbor Laboratory (CSHL) are telling one another as they discuss a new finding they did not expect to make. They have discovered that hydrogen sulfide (H2S) - the flammable, highly toxic gas that we usually associate with the smell of rotten eggs in landfills and sewers - plays an important role in the regulation of a signaling pathway implicated in biological malfunctions linked to Alzheimer's and Parkinson's diseases, among others.

14 Dec 2011

Scientists shed light on 3-D structure of olfactory receptor binding site

Banana, mango or apricot - telling these smells apart is no problem for the human nose. How the olfactory organ distinguishes such similar smells has been uncovered by an interdisciplinary team of researchers at the RUB. The scientists were the first to shed light on the dynamics of the three-dimensional structure of the binding site of an olfactory receptor. In so doing, they also found a characteristic pattern of hydrogen bonds between odorant and receptor, which accounts for the specificity of the olfactory sensors.

14 Dec 2011

New substance can replace nucleoside thymidine in DNA biosynthesis

Interactions of biological macromolecules are the central bases of living systems. Biological macromolecules are synthesized in living cells by linking many small molecules together. Naturally occurring macromolecules include genetic materials (DNA) and proteins. A detailed understanding of the synthesis of these macromolecules in whole animals is a basic requirement for understanding biological systems, and for the development of new therapeutic strategies.

14 Dec 2011

Researchers reveal contribution of telomerase in controlling genetic code integrity

Researchers have revealed how a molecule called telomerase contributes to the control of the integrity of our genetic code, and when it is involved in the deregulation of the code, its important role in the development of cancer.

9 Dec 2011

Transient absorption tracks carbon nanotubes in living cells and bloodstream

Researchers have demonstrated a new imaging tool for tracking structures called carbon nanotubes in living cells and the bloodstream, which could aid efforts to perfect their use in biomedical research and clinical medicine.

6 Dec 2011

Novel proteomics based method detects inhibition of intracellular deubiquitylating enzymes

Researchers at the University of Oxford and Progenra, Inc. are pleased to announce the publication of a research article entitled "Activity-Based Chemical Proteomics Accelerates Inhibitor Development for Deubiquitylating Enzymes" that details a novel proteomics based method to detect inhibition of intracellular deubiquitylating enzymes (DUBs).

28 Nov 2011

Ribosomes spontaneously change their form during protein production

Ribosomes, the construction sites for proteins, are far more complex than previously assumed. During the production of proteins they constantly and spontaneously change their form. This performance of eukaryotic ribosomes has now been demonstrated for the first time by scientists at Charité - Universitätsmedizin Berlin, the Max-Planck-Institut für Molekulare Genetik in Berlin, and Cornell University in New York, with the aid of special electron microscopic and biophysical methods.

24 Nov 2011

New system could measure mechanical properties of living cells

Researchers are making progress in developing a system that measures the mechanical properties of living cells, a technology that could be used to diagnose human disease and better understand biological processes.

22 Nov 2011

Adeona to develop and commercialize DNA-based therapeutic for PAH using Intrexon technology

Adeona Pharmaceuticals, Inc., and the Human Therapeutics Division of Intrexon Corporation, announced today the formation of a global exclusive channel collaboration through which Adeona intends to develop and commercialize a DNA-based therapeutic using Intrexon's UltraVector platform and RheoSwitch Therapeutic System for the treatment of pulmonary arterial hypertension (PAH).

21 Nov 2011

Breakthrough in loading gold nanorods into cells could lead to new cancer treatment

Rice University chemists have found a way to load more than 2 million tiny gold particles called nanorods into a single cancer cell. The breakthrough could speed development of cancer treatments that would use nanorods like tiny heating elements to cook tumors from the inside.

17 Nov 2011

Scientists discover alternative mechanism for extension of telomeres

Scientists of the German Cancer Research Center have discovered an alternative mechanism for the extension of the telomere repeat sequence by DNA repair enzymes.

4 Nov 2011

Vampire-like bacteria has potential to serve as living antibiotic

A vampire-like bacteria that leeches onto specific other bacteria - including certain human pathogens - has the potential to serve as a living antibiotic for a range of infectious diseases, a new study indicates.

1 Nov 2011

New technique helps identify how RNA molecules control gene expression

A new technique developed by researchers at the Stanford University School of Medicine allows researchers to identify the exact DNA sequences and locations bound by regulatory RNAs. This information is necessary to understand how the recently identified RNA molecules control the expression of neighboring and distant genes.

30 Sep 2011

MRI-based technique allows researchers to follow neural stem cells in vivo

Carnegie Mellon University biologists have developed an MRI-based technique that allows researchers to non-invasively follow neural stem cells in vivo.

30 Sep 2011

New floating microscopic device for researchers to study wide range of cellular processes

It's a bit of a challenge. But, imagine a microscopic jet vacuum cleaner, the size of a pen nib that hovers over cell surfaces without ever touching them. Then imagine that the soap in the cleaning solution is replaced with various molecules that can be selectively delivered to the cells. This gives you a sense of a new device that researchers believe will serve as a powerful tool to study the behaviour of living cells and a range of crucial cellular processes, from cancer cell formation to how neurons align themselves in the developing brain.

21 Sep 2011

Study examines effects of carbon nanoparticles on living cells

A study by researchers from the schools of science and medicine at Indiana University-Purdue University Indianapolis examines the effects of carbon nanoparticles (CNPs) on living cells. This work is among the first to study concentrations of these tiny particles that are low enough to mimic the actual exposure of an ordinary individual.

16 Sep 2011

Researchers combine 3-D printing technology and multiphoton polymerization to develop artificial blood vessels

Researchers have been working at growing tissue and organs in the laboratory for a long time. These days, tissue engineering enables us to build up artificial tissue, although science still hasn't been successful with larger organs. Now, researchers at Fraunhofer are applying new techniques and materials to come up with artificial blood vessels in their BioRap project that will be able to supply artificial tissue and maybe even complex organs in future.

14 Sep 2011

Efficient, economical molecule could speed evaluation of some anti-cancer treatments

Researchers from Boston College have developed a new class of small molecule receptors capable of detecting a lipid molecule that reveals the telltale signs of cellular death, particularly cancer cells targeted by anti-cancer drugs, the team reports in the current electronic edition of the Journal of the American Chemical Society.

14 Sep 2011

Living Cells News and Research

AHA honors Rice University professor with Established Investigator Award

Microvascular stamp stimulates, directs blood vessel growth on wound surface

H2S plays critical role in signaling pathway linked to Alzheimer's and Parkinson's

Scientists shed light on 3-D structure of olfactory receptor binding site

New substance can replace nucleoside thymidine in DNA biosynthesis

Researchers reveal contribution of telomerase in controlling genetic code integrity

Transient absorption tracks carbon nanotubes in living cells and bloodstream

Novel proteomics based method detects inhibition of intracellular deubiquitylating enzymes

Ribosomes spontaneously change their form during protein production

New system could measure mechanical properties of living cells

Adeona to develop and commercialize DNA-based therapeutic for PAH using Intrexon technology

Breakthrough in loading gold nanorods into cells could lead to new cancer treatment

Scientists discover alternative mechanism for extension of telomeres

Vampire-like bacteria has potential to serve as living antibiotic

New technique helps identify how RNA molecules control gene expression

MRI-based technique allows researchers to follow neural stem cells in vivo

New floating microscopic device for researchers to study wide range of cellular processes

Study examines effects of carbon nanoparticles on living cells

Researchers combine 3-D printing technology and multiphoton polymerization to develop artificial blood vessels

Efficient, economical molecule could speed evaluation of some anti-cancer treatments

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