Oncogenesis News and Research

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Expression pattern of microRNA may be useful in differentiating between chronic pancreatitis and pancreatic cancer

Pancreatic cancer is a lethal disease, with the annual deaths nearly equaling the incidence of 33,000 in the United States, according to background information in the article.

2 May 2007

New tumor antigen found with new cloning technique

In recent years, researchers have worked to develop a number of vaccines to help the immune system fight tumors.

16 Apr 2007

AACR's Sixth Annual Landon Awards recognize Richard Kolodner, Douglas Lowy and John Schiller

Scientists whose discoveries have led to fundamental advances in the science and treatment of cancer are the recipients of two prestigious international prizes offered by the Kirk A. and Dorothy P. Landon Foundation and the American Association for Cancer Research.

22 Mar 2007

Evolution is driving therapeutic resistance to cancer therapies

The dynamics of evolution are fully in play within the environment of a tumor, just as they are in forests and meadows, oceans and streams.

19 Nov 2006

DARPA grant supports research toward realizing tissue regeneration

While U.S. soldiers fighting in Iraq and Afghanistan are surviving injuries that in previous conflicts likely would have been fatal, the number of wounded with major tissue loss has never before been so high.

3 May 2006

Novel approach to creating a vaccine to treat melanoma

A novel approach to creating a vaccine to treat melanoma has demonstrated promising effectiveness in a new laboratory study led by researchers at The Wistar Institute. About a third of melanoma patients might benefit from such a vaccine.

4 Apr 2006

Evolutionary biology research predicts precancerous tumors

In diverse ecosystems, packed with wildly different species, evolution whizzes along. As different species accumulate mutations, some adapt particularly well to their environment and prosper.

27 Mar 2006

Haphazard activation of secondary signaling pathways may fuel cancer's genesis

When found at abnormally high concentrations, two proteins implicated in many human cancers have the potential to spur indiscriminate biochemical signaling inside cells, chemists at Harvard University have found.

16 Nov 2005

Spliceosome crucial for processing non-coding RNA

The discovery in 1977 that the coding regions of a gene could appear in separate segments along the DNA won the 1993 Nobel Prize in Physiology or Medicine for Richard J. Roberts and Phillip A. Sharp. The active segments of a gene were termed exons, separated from each other within the gene by inactive introns.

20 Oct 2005

Discovery of agent that can suppress cancer development

In a case of basic science detective work, researchers at The University of Texas M. D. Anderson Cancer Center have solved the puzzle of the "inconsistent biomarker" and, in the process, may have discovered an agent that can suppress cancer development.

13 Oct 2005

Ubiquitin ligase Rnf6 may be involved in oncogenesis

In a recent study, Dr. Ingolf Bach and colleagues from the University of Massachusetts Medical School, Worcester and the University of Hamburg describe a novel role for the ubiquitin/proteosome protein degradation pathway in the regulation of local actin dynamics in neurons.

3 Oct 2005

New study aims to understand the intricate biochemistry governing gene regulation

In their efforts to understand the complex biology of life, scientists often seek to isolate individual elements of the puzzle for study, to break the problem down to a more manageable size. Single genes and molecules are closely analyzed to better understand their specific interactions with other single entities within larger systems.

4 Aug 2005

New method may accelerate the way cancer-causing genes are found

Researchers at the University of Minnesota Cancer Center and the National Cancer Institute (NCI) have discovered a new method that could accelerate the way cancer-causing genes are found and could lead to a more accurate identification of the genes, according to two studies in the July 14, 2005, issue of Nature.

13 Jul 2005

Researchers show why mutations in a certain few genes, such as the p53 tumor suppressor gene, are found in different cancers

Scientists have identified some of the first genetic triggers for cancer as mutations in specific oncogenes or tumor suppressor genes. Full-blown tumors and metastatic cancers, however, often exhibit many genetic mutations, sometimes dozens in a given tumor. An important scientific question, and one with significant clinical implications, has been what happens after the initial mutation that leads to dangerous later-stage cancers with multiple damaged genes.

13 Apr 2005

Oncolytic viruses may one day help treat brain tumors

New research shows that a virus designed to kill cancer cells can significantly increase the survival of mice with an incurable human brain tumor, even in some animals with advanced disease.

7 Apr 2005

Molecule called DJ-1 is likely to be involved in the generation of human tumors

Scientists have discovered that a molecule called DJ-1 is likely to be involved in the generation of human tumors through negative regulation of the well-known tumor suppressor, PTEN. The research, published in the March issue of Cancer Cell, has important implications for determining the prognosis of some human cancers, and may prove to be a suitable target for cancer therapy.

14 Mar 2005

Mitochondria - the energy factories in our cells - can sustain a cancer

University of Glasgow scientists have discovered how mitochondria - the energy factories in our cells - can sustain a cancer, reporting their findings in a new study published in Cancer Cell.

31 Jan 2005