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Mutations in receptor tyrosine kinases provide potential for highly-targeted cancer therapies

Scientists from J. Craig Venter Institute, Ludwig Institute for Cancer Research, and The Johns Hopkins University School of Medicine identified three novel mutations in two receptor tyrosine kinases in glioblastoma tumors using high throughput sequencing.

26 Sep 2005

Researchers map genetic location that explains why certain blood pressure-lowering drugs aren't effective for some people

"The findings bring us a step closer to developing targeted therapies for patients with high blood pressure who might otherwise be started on medications that won't help," said lead author Sandosh Padmanabhan, Ph.D.

26 Sep 2005

Definitive multiple sclerosis linkage screen

A cluster of genes on chromosome six is the only one that plays a significant role in multiple sclerosis (MS), according to the most complete genetic study to date in the disorder, presented at the 130th annual meeting of the American Neurological Association in San Diego.

22 Sep 2005

Possible new target for treating obesity and diabetes

The new target, a molecule called hVps34, is activated by amino acids (nutrients) entering the cell. This molecule triggers the activation of an enzyme, S6 Kinase 1 (S6K1), whose function UC researchers linked last year to obesity and insulin resistance.

19 Sep 2005

First large-scale whole genome map of genetic variability associated with Parkinson's disease

Mayo Clinic researchers in collaboration with scientists at Perlegen Sciences, Inc. and funded by the Michael J. Fox Foundation for Parkinson's Research have produced the first large-scale whole genome map of genetic variability associated with Parkinson's disease.

19 Sep 2005

Manic depression linked to two chromosomal regions in the human genome

An international team of 53 researchers has offered the most convincing evidence so far linking bipolar disorder, also known as manic depression, to two chromosomal regions in the human genome. The finding gives scientists refined targets for further gene studies.

19 Sep 2005

RNAi therapeutic successful for treatment of SARS respiratory virus in Rhesus Macaque

Intradigm Corporation announced today its collaboration with Chinese academic and biotech groups has achieved clear evidence of prophylactic and therapeutic effects of siRNA (small interfering RNA) agents in Rhesus monkey to treat SARS coronavirus (SCV) respiratory infection.

12 Sep 2005

Nuclear receptor proteins could change anti-inflammatory treatments

Several nuclear receptor proteins appear to overlap in their ability to exert anti-inflammatory effects, according to new research by scientists at the University of California, San Diego (UCSD).

12 Sep 2005

Stressgen granted new U.S. patent for treatment of Hepatitis B

Stressgen Biotechnologies announced today that the U.S. Patent and Trademark Office granted Patent Number 6,921,534 covering fusion protein compositions comprised of a hepatitis B virus (HBV) antigen fused to a heat shock protein (Hsp), as well as DNA encoding such fusion proteins, and methods of treating an HBV infection using these fusion proteins.

7 Sep 2005

Human embryonic stem cell lines accumulate changes in their genetic material over time

The findings do not limit the utility of the cells for some types of research or for some future clinical applications, the researchers say, but draw attention to the need to closely monitor stem cell lines for genetic changes and to study how these alterations affect the cells' behavior.

6 Sep 2005

DNA research: learning the language of genes

Griffith University's Dr Christine Wells is one of just a handful of women scientists in the global FANTOM consortium which has announced a major breakthrough in unraveling the mammalian genome.

6 Sep 2005

Significant new breakthroughs in understanding how the genes in mammals are controlled

An international consortium of genome research institutes and investigators, including Jackson Laboratory Staff Scientists Carol J. Bult, Ph.D., and Martin Ringwald, Ph.D., has reported significant new breakthroughs in understanding how the genes in mammals are controlled.

6 Sep 2005

Design of wide-spectrum inhibitors targeting coronavirus main proteases

Coronaviruses - the family of viruses that causes the common cold - gained widespread recognition when the deadly severe acute respiratory syndrome, familiarly known as SARS, killed at least 800 people in 2003.

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

Human embryonic stem cell lines accumulate changes in their genetic material over time

5 Sep 2005

Significant advance in the study of small ribonucleic acids

Scientists from the University of Delaware have made a significant advance in the study of small ribonucleic acids (RNAs), discovering 10 times more small RNAs in the plant Arabidopsis than previously had been identified. The advance is reported in the Sept. 2 issue of Science magazine.

5 Sep 2005

New findings suggest balancing Chk1 activity will produce less toxic cancer drugs

A study published by The Burnham Institute in the September edition of Molecular Cell reports that a cell-cycle checkpoint protein, known to be activated by an important class of anticancer drugs, may play crucial roles in both the hampering of therapeutic actions and aiding cancer cells to "recover" and start dividing again after treatment with these drugs.

5 Sep 2005

New understanding of how our genome works to produce a complex organism like a human being

A series of discoveries by an international consortium of scientists, including a team from The University of Queensland's Institute for Molecular Bioscience (IMB), will transform our understanding of how our genome works to produce a complex organism like a human being.

4 Sep 2005

Rett Syndrome gene discovery

Adrian Bird of the University of Edinburgh and colleagues report in the online issue of Molecular Cell that the "Rett Syndrome protein", MeCP2, only binds to genes with a specific sequence of nucleotide bases. This knowledge will aid in the identification of the genes that are regulated by the gene MECP2

4 Sep 2005

Overall genome landscape between chimps and humans can be attributed to large segmental duplications

A study comparing the genomes of both humans and chimpanzees has found that much of the genetic difference between the two species came about in events called segmental duplications, in which segments of genetic code are copied many times in the genome.

4 Sep 2005

Genome News and Research

Mutations in receptor tyrosine kinases provide potential for highly-targeted cancer therapies

Researchers map genetic location that explains why certain blood pressure-lowering drugs aren't effective for some people

Definitive multiple sclerosis linkage screen

Possible new target for treating obesity and diabetes

First large-scale whole genome map of genetic variability associated with Parkinson's disease

Manic depression linked to two chromosomal regions in the human genome

RNAi therapeutic successful for treatment of SARS respiratory virus in Rhesus Macaque

Nuclear receptor proteins could change anti-inflammatory treatments

Stressgen granted new U.S. patent for treatment of Hepatitis B

Human embryonic stem cell lines accumulate changes in their genetic material over time

DNA research: learning the language of genes

Significant new breakthroughs in understanding how the genes in mammals are controlled

Design of wide-spectrum inhibitors targeting coronavirus main proteases

Genome of mammals is much more complex than previously thought

Human embryonic stem cell lines accumulate changes in their genetic material over time

Significant advance in the study of small ribonucleic acids

New findings suggest balancing Chk1 activity will produce less toxic cancer drugs

New understanding of how our genome works to produce a complex organism like a human being

Rett Syndrome gene discovery

Overall genome landscape between chimps and humans can be attributed to large segmental duplications

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