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New Developments in Angiogenic Therapy Emerging from Oxford
Angiogenesis, the growth of new blood vessels, is important in the healthy body for healing wounds and, in females, for the monthly reproductive cycle and during pregnancy. It is controlled in the body through the use of the body’s own angiogenesis inhibitors and stimulators. In certain diseases the body is unable to control blood vessel... view more... (2002-08-23)
Study demonstrates how gene variant may contribute to cancer development
A relatively common cancer susceptibility gene appears to be frequently acquired in metastatic lesions from colorectal cancer, and give cancer cells a growth advantage, according to a study in the October 5 issue of JAMA. view more (2005-10-05)
New research may explain why some who receive growth hormone therapy develop colon polyps
The use of growth hormone therapy has been linked in some people to the development of colon polyps, a possible precursor to colorectal cancer - but medical researchers have debated the extent of a cancer risk. view more (2006-04-10)
Duke chemists synthesize promising anti-cancer product
Duke University chemists have patented an efficient technique for synthesizing a marine algae extract in sufficient quantities to now test its ability to inhibit the growth of cancerous cells while leaving normal cells unaffected. view more (2008-08-20)
New Insights into the Mechanisms of Rapamycin
Rapamycin is a new drug which is being used for preventing organ rejection in kidney transplant patients. Since it suppresses the immune response and has a strong cell killing effect, it is a highly interesting substance for potential use in other disease areas such as cancer, autoimmune diseases, and diabetes mellitus. A recent publication of the... view more... (2004-04-07)
Controlling for size may also prevent cancer
Scientists at Johns Hopkins recently discovered that a chemical chain reaction that controls organ size in animals ranging from insects to humans could mean the difference between normal growth and cancer. view more (2007-09-21)
UC Davis researchers discover Achilles' heel in pancreatic cancer
UC Davis Cancer Center researchers have discovered a metabolic deficiency in pancreatic cancer cells that can be used to slow the progress of the deadliest of all cancers. view more (2008-11-07)
Greenhouse Gases - Nothing To Blame For?
In the nearest future we may witness global cooling in spite of increasing concentration of greenhouse gases in the atmosphere. That can happen, if the following hypothesis is correct: not the growth of greenhouse gases concentration provokes temperature to rise, but vice versa. It is generally believed nowadays that greenhouse gases are... view more... (2004-07-30)
Cancer support cells may evolve, fuel tumor growth, study shows
University of North Carolina at Chapel Hill scientists have demonstrated in a living organism that cancers may cause surrounding supportive cells to evolve and ultimately promote cancer growth. view more (2005-12-19)
Newly defined signaling pathway could mean better biofuel sources
A newly defined biochemical pathway in plants may provide the scientific tools to design plants that will yield larger quantities of alternative transportation fuels than currently can be produced, according to Purdue University researchers. view more (2008-03-10)
Testes to incubate stem cells
Men may cringe at the idea, but sperm-producing stem cells found in testicles could be extracted, grown in the lab, and frozen for future use. view more (2006-04-25)
Growth factor signals influence balance between normal growth and cancerous growth
New research from The Children's Hospital of Philadelphia and the University of Pennsylvania School of Medicine deepens the understanding of how the growth hormone/IGF system is affected by another important actor: p53, the tumor suppressor gene that puts the brakes on cancer. view more (2006-11-10)
Crucial Factors in Lymphoma Development and Survival Discovered
Researchers at National Jewish Medical and Research Center have discovered an important factor in the development of B-cell lymphomas, one of the fastest growing forms of cancer. view more (2008-06-24)
Estrogen-Dependent Switch Tempers Killing Activity of Immune Cells
The sex hormone estrogen tempers the killing activity of a specific group of immune cells, the cytotoxic T cells (CTLs), which are known to attack tumor cells and cells infected by viruses. view more (2009-08-10)
Molecular differences between early and advanced melanomas could provide new drug targets
The cell-signaling molecule Akt is a primary trigger that leads malignant melanomas on the skin's surface to begin growing vertically beneath the skin and turn into deadly invasive cancers, scientists have found. view more (2007-03-13)
Rockefeller researchers show evidence of asymmetric cell division in mammalian skin
It took almost 10 years for Elaine Fuchs, Ph.D., a Howard Hughes Medical Institute investigator at Rockefeller University, to find a postdoctoral fellow who shared her curiosity for the direction of cell divisions in the skin. view more (2005-08-17)
Gap junction protein vital to successful pregnancy, researchers find
Researchers studying a critical stage of pregnancy - implantation of the embryo in the uterus - have found a protein that is vital to the growth of new blood vessels that sustain the embryo. Without this protein, which is produced in higher quantities in the presence of estrogen, the embryo is unlikely to survive. view more (2008-09-11)
Inhibitor of novel cancer target, LPAAT-beta, demonstrates selective anti-cancer effects in animal cancer models
Frankfurt, Germany: In a plenary session at the Symposium on Molecular Targets and Cancer Therapeutics, Dr Jack W. Singer, M.D. and Research Program Chairman of Cell Therapeutics, Inc. (CTI) today (Thursday 21 November) presented data from preclinical studies on a novel cancer target LPAAT-beta[1] in cultured cells and in preliminary animal... view more... (2002-11-17)
Protein that controls hair growth also keeps stem cells slumbering
Like fine china and crystal, which tend to be used sparingly, stem cells divide infrequently. It was thought they did so to protect themselves from unnecessary wear and tear. view more (2008-01-25)
Protein that controls hair growth also keeps stem cells slumbering
Like fine china and crystal, which tend to be used sparingly, stem cells divide infrequently. It was thought they did so to protect themselves from unnecessary wear and tear. view more (2008-01-25)
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