Signaling Pathway News and Research

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Lab-made version of a human protein opens a new research avenue to better understand rheumatoid arthritis

A lab-made version of a human protein alleviates symptoms of both acute and chronic arthritis in mice and could be the basis for a new arthritis drug for people, report scientists from the National Institute of Allergy and Infectious Disease (NIAID), part of the National Institutes of Health (NIH).

3 Oct 2005

Flaviviruses immune system defenses in different ways depending on whether they are transmitted by mosquitoes or ticks

"Flaviviruses exact an enormous toll in terms of illness and death worldwide," notes NIAID Director Anthony S. Fauci, M.D. "Because this is a relatively new field of study, everything we learn about how these viruses operate is significant.

28 Sep 2005

Computer program helps explain how the same proteins can play different roles in a wide range of cellular processes

University of California, San Diego biochemists have developed a computer program that helps explain a long-standing mystery: how the same proteins can play different roles in a wide range of cellular processes, including those leading to immune responses and cancer.

27 Sep 2005

Pulsing heart cell provides clues into how heart disease develops

A pulsing heart cell is giving Oregon Health & Science University researchers insight into how it sends and receives signals, and that's providing clues into how heart disease and other disorders develop.

27 Sep 2005

Suppression of FOXO1a gene might kill resistant alveolar rhabdomyosarcoma (ARMS) tumors

FOXO1a caused death of tumor cells in laboratory study by triggering expression of caspase-3, which blocks cell division and causes cells to undergo apoptosis, according to St. Jude.

20 Sep 2005

Weight control protein may yield new approaches for treating obesity and type 2 diabetes

The findings in mice further suggest that particular variants of the protein SH2-B might underlie obesity in humans, the researchers said.

16 Aug 2005

Researchers identify protein called EMP-1 that is present in the tumors of patients who fail to respond to treatment with gefitinib

By the time the human genome was mapped, cancer researchers had already begun investigating the proteins that were encoded by these newly identified genes.

9 Aug 2005

Carbon monoxide could turn out to be a life-saver for patients recovering from organ transplants

Carbon monoxide, a poisonous gas that kills thousands of Americans every year, could turn out to be a life-saver for patients recovering from organ transplants, strokes or heart attacks, according to new research from the University of Michigan Cardiovascular Center.

28 Jul 2005

Molecular link between a viral infection and development of a common and fatal form of liver cancer

Researchers at The University of Texas M. D. Anderson Cancer Center have uncovered a crucial molecular link between a viral infection and development of a common and fatal form of liver cancer. In the process, they have identified a possible way to treat this disease as well as a number of other cancers.

26 Jul 2005

Potential new target for stomach cancer therapy

It started several years ago with the observation that a large group of seemingly unconnected genes were behaving differently in patients with stomach cancer.

24 Jul 2005

Crucial molecular link between a hepatitis B virus (HBV) and hepatocellular carcinoma (HCC)

21 Jul 2005

New discovery could help in the fight against cancer

University of Michigan researchers have figured out one more component in cancer cells' aggressive growth - and hope that knowledge can help kill the cells.

18 Jul 2005

New compound ruboxistaurin may decrease vision loss in diabete

A multicenter international study chaired by a Joslin Diabetes Center investigator and reported in the July issue of the American Diabetes Association's journal Diabetes brings hopeful news to the 18 million people in the United States -- and millions more worldwide -- with type 1 or type 2 diabetes.

15 Jul 2005

Novel way in which the brain size of developing mammals may be regulated

Howard Hughes Medical Institute researchers have discovered a novel way in which the brain size of developing mammals may be regulated. They have identified a signaling pathway that controls the orientation in which dividing neural progenitor cells are cleaved during development.

14 Jul 2005

Expression profiles and functional analyses of Wnt-related genes in human joint disorders

The cellular signaling protein Wnt, which is involved in embryonic development and cancer, contributes to disease progression of both rheumatoid arthritis and osteoarthritis.

26 Jun 2005

Link between PKC enzyme and kidney disease in diabetes confirmed

Researchers at Joslin Diabetes Center have investigated PKC-beta - a critical enzyme implicated in the devastating complications of type 1 and type 2 diabetes - for more than two decades.

12 Jun 2005

Link between hyperglycemia (high blood glucose), overexpression of PKC-beta 2 and kidney disease

Scientists at Joslin Diabetes Center have investigated PKC-beta -- a critical enzyme implicated in the devastating complications of type 1 and type 2 diabetes -- for more than two decades.

10 Jun 2005

Combining morphine with small doses of methadone could increase the effectiveness of morphine for the treatment of chronic pain

Although morphine is well known as a highly effective analgesic, its clinical utility is severely limited by the development of drug tolerance, the requirement for increasing doses to maintain analgesic effect, and the development of physical dependence.

6 Jun 2005

Novel topical treatment of psoriasis

Cytochroma Inc. today announced results from a Phase Ia clinical study for CTA018, a novel vitamin D analog developed for the treatment of psoriasis.

2 Jun 2005

Scientists show nuclear protein Ezh2 helps establish previously unknown signaling pathway in cells

Since 2001, scientists have wrestled with the discovery that there are fewer genes in humans than biological processes linked to those genes over the course of a human lifespan. One way to understand genetically coded events is by studying epigenetics, the regulation and heritability of genes at a cellular level due to molecular changes to the many proteins (called histones) that package DNA in a cell's nucleus.

23 May 2005