Melanoma Cells News and Research

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Genomic DNA provides clues to new advances in cancer diagnostics

Researchers at the University of Illinois at Chicago have identified a method of assessing the malignant potential of cells based on the sensitivity of cellular DNA to enzyme digestion.

22 Mar 2005

Novel Australian anti-cancer therapy has begun safety testing in human subjects

An international medical conference here heard that an Australian developed anti-cancer therapy based on the use of a common cold virus to control cancer cell growth has begun safety testing in human subjects.

15 Mar 2005

Radiopharmaceuticals and lasers produce sound to treat and detect cancerous moles

When treating skin cancer, differentiating between melanoma and healthy moles can be difficult. Doctors must know the shape of the cancer and how deep it is before treating the problem. Now, a skin care specialist at the University of Missouri-Columbia has teamed with MU engineering and internal medicine professors to develop a better identification and treatment process.

1 Mar 2005

Two-step approach to transform HIV into a cancer-seeking machine

Camouflaging an impotent AIDS virus in new clothes enables it to hunt down metastasized melanoma cells in living mice, reports a UCLA AIDS Institute study in the Feb. 13 online edition of Nature Medicine.

13 Feb 2005

Why hair turns grey

Few things about growing older are as inevitable and obvious as "going gray," yet scientists have been unable to explain the precise cause of this usually unwelcome transformation.

23 Dec 2004

Blocking gene's activity may control deadly skin cancer without harming normal cells

Researchers at Dana-Farber Cancer Institute and Children's Hospital Boston have discovered that malignant melanoma, the potentially lethal skin cancer, can't grow without a steady supply of a protein that normal cells can do without.

20 Dec 2004

Wiping out a protein in skin cancer cells could significantly stall melanoma tumor development

The protein, Akt3, appears to be responsible for promoting tumor cell survival and development in 43 percent to 60 percent of non-inherited melanomas.

13 Dec 2004

A gallery of highly-specific, gene and protein “mug shots” of cancer types would be a powerful for oncologists

Doctors would like to diagnose malignancies rapidly by matching them with highly-specific genetic “mug shots” based on the presence of characteristic mRNAs or proteins. This kind of specificity would facilitate screening and early detection, and would potentially allow targeted treatments specific to each type of cancer

4 Dec 2004

Researchers discover mechanism that may help to explain how angiogenesis inhibitors work on normal, blood vessel-forming endothelial cells

Northwestern University researchers have discovered a mechanism that may help to explain how angiogenesis inhibitors work on normal, blood vessel-forming endothelial cells, but not on insidious, aggressive melanoma cells that masquerade as endothelial-like cells by forming their own vascular networks, called "vasculogenic mimicry."

8 Oct 2004

Researchers discover that DNA fragments destroy melanoma cells

Researchers at Boston University School of Medicine have discovered that small DNA fragments or oligonucleotides that resemble the telomere (chromosome end), also called T-oligos, can cause human melanoma cells to undergo extensive apoptosis (cell death), while surviving melanoma cells become more differentiated and therefore less aggressive.

1 Sep 2004

Australian university signs multi-million dollar anti-cancer research deal

Australia's University of Newcastle Research Associates (TUNRA) Ltd has signed a licensing agreement worth approximately $10 million with the biotechnology company Psiron Ltd to develop anti-cancer treatments.

5 Aug 2004

Successfully cloning mice from an advanced melanoma cell

Nature can reset the clock in certain types of cancer and reverse many of the elements responsible for causing malignancy, reports a research team led by Whitehead Institute Member Rudolf Jaenisch, in collaboration with Lynda Chin from Dana Farber Cancer Institute.

3 Aug 2004

Targeted therapeutics capable of preventing or limiting the metastasis of skin cancer

An international team of scientists has identified an important molecular link involved in the spread – or metastasis – of melanoma to other organs such as the lungs.

15 Jul 2004

Protein sequences harder to predict than originally thought

Scientists have believed for decades that the sequencing of the human genome would automatically yield the sequences of proteins, the functional products of genes, and thus lead to the unraveling of the mechanisms behind human cell biology and disease.

12 Apr 2004