Ribosome News and Research

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Hepatitis C virus takes over invaded cell by hijacking protein making machinery

Researchers at the University of Colorado School of Medicine have figured out intimate details of how the hepatitis C virus takes over an invaded cell, a breakthrough that could point to way for new treatments for the virus.

29 Dec 2012

Researchers study response of living cells to artificial protein

One approach to understanding components in living organisms is to attempt to create them artificially, using principles of chemistry, engineering and genetics. A suite of powerful techniques-collectively referred to as synthetic biology-have been used to produce self-replicating molecules, artificial pathways in living systems and organisms bearing synthetic genomes.

28 Dec 2012

Research reveals surprisingly complex protein-coding capacity of human cytomegalovirus

New findings reveal the surprisingly complex protein-coding capacity of the human cytomegalovirus, or HCMV, and provide the first steps toward understanding how the virus manipulates human cells during infection. The genome of the HCMV was first sequenced over 20 years ago, but researchers have now investigated the proteome-the complete set of expressed proteins-of this common pathogen as well.

23 Nov 2012

Study finds novel function of non-protein coding RNA

While studying Parkinson's disease, an international research group made a discovery which can improve industrial protein synthesis for therapeutic use. They managed to understand a novel function of non-protein coding RNA: the protein synthesis activity of coding genes can be enhanced by the activity of the non-coding one called "antisense."

17 Oct 2012

NCI identifies method by which cancerous mRNA escapes the body's safeguards

In innumerable spy movies, the hero or a villain imprints a key in clay in order to later make an exact copy. In the body, the clay is messenger RNA, or mRNA, which imprints a gene and transfers the plans to a ribosome, where the mRNA's code is manufactured into a protein - the shady shop where the clay imprint becomes a key.

11 Oct 2012

Researchers discover smallest and fastest-known RNA switches

A University of Michigan biophysical chemist and his colleagues have discovered the smallest and fastest-known molecular switches made of RNA, the chemical cousin of DNA. The researchers say these rare, fleeting structures are prime targets for the development of new antiviral and antibiotic drugs.

8 Oct 2012

RNA researcher to receive 2012 Pearl Meister Greengard Prize from The Rockefeller University

Joan A. Steitz, Ph.D., a pioneer in the field of RNA biology whose discoveries involved patients with a variety of autoimmune diseases, will be awarded the 2012 Pearl Meister Greengard Prize from The Rockefeller University. The prize, which honors female scientists who have made extraordinary contributions to biomedical science and carries an honorarium of $100,000, will be presented at a ceremony on Thursday, November 29 at Rockefeller University's Caspary Auditorium.

11 Sep 2012

CYCLOPS genes may serve as targets for cancer therapies

The genomic tumult within tumor cells has provided scientists at Dana-Farber Cancer Institute and the Broad Institute of MIT and Harvard with clues to an entirely new class of genes that may serve as an Achilles' heel for many forms of cancer.

16 Aug 2012

Study validates importin beta1 protein's crucial role in nerve repair

Several years ago, Prof. Michael Fainzilber and his group in the Biological Chemistry Department made a surprising discovery: Proteins thought to exist only near the cell nucleus could also be found in the far-off regions of the body's longest cells - peripheral nerve cells that extend processes called axons, reaching up to a meter in length in adult humans.

27 Jul 2012

Experts examine host recognition of Staphylococcus and E.coli bacteria

We are surrounded by bacteria, viruses, fungi and parasites. The fact that we nevertheless do not fall prey to infections is thanks to certain cellular sensor molecules such as toll-like receptors (TLR), which recognize the molecular structure of pathogens and intercede by ensuring an often completely unnoticeable elimination of the invaders. Their immune-activating abilities were only detected in 1998, a discovery which was awarded with the Nobel Prize

21 Jul 2012

DRCRF names 21 new Damon Runyon Fellows

The Damon Runyon Cancer Research Foundation, a non-profit organization focused on supporting innovative early career researchers, named 21 new Damon Runyon Fellows at its spring Fellowship Award Committee review.

11 Jul 2012

Blocking a fundamental process deep within cancer cells can selectively kill them

Investigators reporting in the July issue of the Cell Press journal Cancer Cell have found that blocking a fundamental process deep within cancer cells can selectively kill them and spare normal cells.

10 Jul 2012

Study sheds light on the assembly of ribosome

Scientists from the Florida campus of The Scripps Research Institute have identified a series of intricate biochemical steps that lead to the successful production of proteins, the basic working units of any cell.

6 Jul 2012

Study examines how cells exploit gene sequences to cope with toxic stress

Toxic chemicals wreak havoc on cells, damaging DNA and other critical molecules. A new study from researchers at MIT and the University at Albany reveals how a molecular emergency-response system shifts the cell into damage-control mode and helps it survive such attacks by rapidly producing proteins that counteract the harm.

4 Jul 2012

New approach can design antibiotics that kill even 'superbugs'

The world needs new antibiotics to overcome the ever increasing resistance of disease-causing bacteria - but it doesn't need the side effect that comes with some of the most powerful ones now available: hearing loss. Today, researchers report they have developed a new approach to designing antibiotics that kill even "superbugs" but spare the delicate sensory cells of the inner ear.

12 Jun 2012

RNP granules exit the nucleus via new budding mechanism akin to herpes-type viruses

New evidence published in Cell by Vivian Budnik, PhD, Melissa J. Moore, PhD, and colleagues at the University of Massachusetts Medical School, reveals a novel budding mechanism, similar to the process used by some viruses, capable of exporting large ribonucleoprotein particles from the nucleus to the cytoplasm.

11 May 2012

DFG to establish seven new research units

The establishment of six new Research Units and one Clinical Research Unit has been decided by the Joint Committee of the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation). These networks will offer researchers the opportunity to address current and pressing issues in their fields and to pioneer innovative approaches. As all DFG Research Units, the new groups will work across locations and disciplines. Clinical Research Units combine clinical, applied and basic research.

8 May 2012

Fragile-X gene linked with disrupting de novo mutations in children with autism

A team led by scientists at Cold Spring Harbor Laboratory (CSHL) publishes research today indicating a striking association between genes found disrupted in children with autism and genes that are targets of FMRP, the protein generated by the gene FMR1, whose dysfunction causes Fragile-X syndrome.

26 Apr 2012

Engineered particles tied to penetratin discover, deliver ligands for mitochondria, ribosomes

Scientists who developed a technology for identifying and targeting unique protein receptor ZIP Codes on the cellular surface have found a way to penetrate the outer membrane and deliver engineered particles - called iPhage - to organelles inside the cell.

18 Apr 2012

Gene function preserved despite structural differences in the DNA

Chloroplasts, the plant cell's green solar power generators, were once living beings in their own right. This changed about one billion years ago, when they were swallowed up but not digested by larger cells. Since then, they have lost much of their autonomy.

16 Apr 2012