Messenger RNA (mRNA) News and Research

RSS

Research reveals possible mechanisms for the treatment of cocaine addiction

Researchers are now understanding in greater detail the molecular machinery underlying the short-term brain changes that produce the high of cocaine, as well as the longer-term changes behind addiction. Their findings offer hope for targeted drugs that can short-circuit that addiction machinery.

19 Oct 2005

Personalized medicine to improve the outcome for breast cancer patients

As cancer remains a leading cause of death in the United States, early detection and treatment are critical keys to improving the survival rate. Yet, an individual's response to treatment varies considerably, even among cancers of the same histological type.

12 Oct 2005

Protein called CPSF73 performs a necessary step in the production of human chromosomes

The study found that a protein called CPSF73 acts like scissors to cut strands of histone messenger RNA (mRNA) in the cell nucleus. This cutting action produces the mRNA needed to create histone proteins that combine with DNA to form chromosomes.

12 Oct 2005

New treatments for health conditions related to abnormal iron metabolism

A new study conducted by scientists at Children's Hospital Oakland Research Institute could help researchers develop new treatments for a variety of health conditions that are all related to abnormal iron metabolism. More than one million Americans have abnormal iron levels in their bodies.

10 Oct 2005

RPL26 and nucleolin play critical roles in controlling the production of p53

Investigators at St. Jude Children's Research Hospital have discovered a previously unrecognized mechanism that controls a key protein linked to the cell's response to stress - a finding that holds promise for new ways to enhance cancer therapies or protect cells from dying after exposure to damaging chemicals or radiation.

9 Oct 2005

Divalent metal transporter-1 decreases metal-related injury in the lung

Multi-vitamin products, nutritional supplements and parents tout the need for such mineral elements as calcium, zinc, phosphorus, iron and others.

4 Oct 2005

C-reactive protein in atherosclerotic lesions: its origin and pathophysiological significance

New research shows that levels of C-reactive protein (CRP), produced by the liver and not at the lesion site, correlate with the degree of atherosclerosis.

28 Sep 2005

Possibility of tailored treatments for addiction based on how a person's genes behave

Scientists have learned how a genetic variation long suspected in making some people susceptible to alcoholism and narcotic drug addiction actually does so.

27 Sep 2005

Why do estrogen-dependent breast-cancer cells grow and spread rapidly?

Researchers at the University of Illinois at Urbana-Champaign say it may be because estrogen virtually eliminates levels of a vitally important regulatory protein.

10 Sep 2005

Patent for determining gene function quickly with Hellsgate

A CSIRO innovation for determining gene function quickly and with virtually 100 per cent efficiency has been granted a US patent clarifying its leadership position in the international gene silencing arena.

6 Sep 2005

Genome of mammals is much more complex than previously thought

More than 100 scientists from Australia, Asia, Europe and the US have been probing the genome of the mouse in a joint study lasting several years.

5 Sep 2005

Discovery of multiple isoforms of the p53 tumor suppressor protein

25 years after the initial discovery of p53, Dr. David Lane and colleagues at the University of Dundee have discovered multiple isoforms of the p53 tumor suppressor protein.

29 Aug 2005

New knowledge into the molecular mechanisms involved in tumor growth

Scientists at the University of North Carolina at Chapel Hill have identified a molecular protein's critical role in cell division and growth.

26 Aug 2005

First study to test the role of RNA chemical modifications on immunity

The investigators published their findings in the August issue of Immunity. "We think this study will open a new area of research in understanding how our immune systems protect us," says Weissman.

23 Aug 2005

Novel mechanism, called recursive splicing reveals how cells process large genes

Important messages require accurate transmission. Big genes are especially challenging because they combine many coding segments (exons) that lie between long stretches of non-coding elements (introns).

22 Aug 2005

MiRNA is opening up a whole new way of understanding carcinogenesis

Scientists mining vast, largely unexplored regions of the human genome have identified a small handful of mini-molecules that play a major role in the development of cancer and perhaps many other diseases.

15 Aug 2005

Pre-mRNA that codes for inflammatory protein identified

In a discovery that upends a longstanding tenet of human biology, University of Utah School of Medicine researchers have shown that a key process in gene regulation can occur in human platelets, unique cells that are unusual because they don't have a nucleus (anucleate).

11 Aug 2005

MicroRNAs play an important role in regulating oogenesis

Researchers at Northwestern University and Carnegie Mellon University have found that a recently described class of molecules called microRNAs (miRNAs) play an important role in regulating oogenesis, the process by which females make eggs.

9 Aug 2005

Controlling the expression of genes by turning them on or off could produce a drug for the treatment or cure of almost any disease

A new technique aimed at directly controlling the expression of genes by turning them on or off at the DNA level could lead to drugs for the treatment or cure of many diseases, say researchers at UT Southwestern Medical Center.

1 Aug 2005

Anti-inflammatory function of Alzheimer's disease drugs revealed

The mechanism in anti-Alzheimer's disease drugs that inhibits the production of a destructive, inflammation-causing protein in the brain has been revealed by researchers at the Hebrew university of Jerusalem.

28 Jul 2005