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Bidirectional behavioral plasticity of memory reconsolidation depends on amygdalar protein kinase A

When activated, a specific protein in the brain enhances long-term storage of fearful memories and strengthens previously established fearful memories, Yale School of Medicine researchers report this week in Nature Neuroscience.

23 Jan 2006

Mutated oncogene triggers aggressive breast cancer

Researchers at Dana-Farber Cancer Institute have identified a molecular interaction that triggers a particularly aggressive form of breast cancer, and suggest that attacking this target with selective drugs might improve treatment.

18 Jan 2006

Protein finding could lead to new topical treatment for inflammatory diseases

A protein that undesirably shields a skin poxvirus from the immune system may become the key ingredient in a new topical treatment for inflammatory diseases, say medical researchers at the University of Illinois at Urbana-Champaign.

11 Jan 2006

Researchers move closer to understanding the basis of a severe epilepsy and mental retardation

Researchers at the University of California, San Diego (UCSD) School of Medicine took a step closer to understanding the basis of a severe epilepsy and mental retardation syndrome with work published in the January 5, 2006 issue of the journal Neuron.

5 Jan 2006

Imatinib mesylate (Gleevec) may not be effective at treating kidney cancer

Mayo Clinic Cancer Center investigators report that imatinib mesylate (GleevecTM), the drug used to treat patients with gastrointestinal stromal cancers (GISTs), is not likely to be effective for patients with high grade renal cell carcinoma -- the most aggressive kidney cancer.

22 Dec 2005

AMN107 drug shows promise in leukemia resistance to Gleevec

The targeted agent AMN107 can produce dramatic benefits in patients with some forms of leukemia that are resistant to Gleevec, the standard therapy for these cancers, say researchers at The University of Texas M. D. Anderson Cancer Center.

13 Dec 2005

Ack1 molecule stimulates the aggressive growth of prostate cancer

The molecule, Ack1, a member of the growth-promoting tyrosine kinase gene family, stimulates tumor formation in part by signaling prostate cells to rid themselves of a tumor-suppressor protein. Normally, this suppressor protein would inhibit rapid cell growth by signaling the cell to destroy itself.

5 Dec 2005

Findings may help in development of new anti-inflammatory compounds

Virginia Commonwealth University researchers studying the enzyme that triggers inflammation have found that it may be a target for a new class of anti-inflammatory drugs to treat arthritis, asthma, multiple sclerosis, lung and colon cancers and Alzheimer's disease.

2 Dec 2005

Protein target for Parkinson's disease

Researchers at Johns Hopkins' Institute for Cell Engineering (ICE) have discovered a protein that could be the best new target in the fight against Parkinson's disease since the brain-damaging condition was first tied to loss of the brain chemical dopamine.

2 Dec 2005

GRK5's role in restenosis

Researchers at Jefferson Medical College have begun to clarify the role of a protein - and potential drug target - in the process by which arteries re-clog after treatment.

28 Nov 2005

GRK2 protein - potential drug target for heart failure

A protein that plays an important regulatory role in heart failure in the heart also exerts powerful effects on the adrenal gland, Jefferson Medical College researchers have found. The protein, GRK2, is a potential drug target for heart failure.

28 Nov 2005

Study finds AKT blocks cancer cell motility

PIn investigating the molecular mechanisms of cancer cell motility - the unique property that enables cancer to spread from its primary origin to other parts of the body - researchers have uncovered a surprising role for the AKT/PKB (protein kinase B) enzyme

26 Nov 2005

Two novel drugs kill breast cancer tumor cells

Two new drugs, when combined, killed up to 75 percent of breast cancer tumor cells in mice and suppressed the regrowth of tumors, according to researchers at the Virginia Commonwealth University Massey Cancer Center.

26 Nov 2005

Six gene variants predict heart muscle damage after cardiac surgery

Duke University Medical Center researchers have found that patients with six specific variants of genes involved in the body's immune response are significantly more likely to suffer damage of heart tissue after cardiac surgery.

16 Nov 2005

New understanding of sphingosine kinases called SphK1 and SphK2

Virginia Commonwealth University Massey Cancer Center researchers have found that two enzymes that catalyze the same reaction and produce the same product have opposite effects on cell growth and death.

7 Nov 2005

Role of alpha tocopherol associated protein in prostate cancer

Researchers have identified a protein that disrupts an important signaling pathway in prostate cancer cells and suppresses growth of the cancer.

1 Nov 2005

Discovery of signaling mechanism may help prevent metastatic melanoma

Researchers at Northwestern University have discovered a key signaling mechanism that may promote the ability of highly aggressive malignant melanoma cells to metastasize, or spread from a primary tumor to distant sites within the body.

1 Nov 2005

Novel mouse model of medulloblastoma

A collaboration of researchers, led by Dr. Martine Roussel of St. Jude Children's Research Hospital, has developed a novel mouse model of medulloblastoma -- the most prevalent malignant pediatric brain tumor -- that the researchers hope will more accurately represent the genetic changes involved in human brain tumor development.

30 Oct 2005

Australian researchers determine structure of JAK2 kinase, huge implications for development of new cancer drugs

Researchers from Monash's Department of Biochemistry and Molecular Biology have determined the structure of the protein JAK2 kinase, a discovery with huge implications for the design and development of new cancer drugs.

25 Oct 2005

Scientists gain better understanding of how repetitive stretching of endothelial cells that line arteries can make them healthy and resistant to vascular diseases

UCSD researchers stretched cells in a workout chamber the size of a credit card to gain a better understanding of how repetitive stretching of endothelial cells that line arteries can make them healthy and resistant to vascular diseases.

24 Oct 2005