Programmed Cell Death News and Research

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Research may help create drugs to target the molecule-binding pathway, beneficial for treating arthritis and reducing inflammation

The first close-up look at a pro-inflammatory signaling molecule involved in immune response in mammals suggests that researchers "should rethink what they are doing" in creating drugs based on a fruit-fly model, scientists say.

3 Oct 2005

Suppression of FOXO1a gene might kill resistant alveolar rhabdomyosarcoma (ARMS) tumors

FOXO1a caused death of tumor cells in laboratory study by triggering expression of caspase-3, which blocks cell division and causes cells to undergo apoptosis, according to St. Jude.

20 Sep 2005

Immunity - another important function of the mitochondria

Researchers have discovered a surprise lurking inside mitochondria, the power plants that are present in every cell. It turns out that these powerhouses also contain a protein that triggers the immune system to attack viral invaders.

28 Aug 2005

Protein thought to promote lymphoma by merely preventing cancer cells from dying appears to actively promote cancer cell growth

A protein previously thought to merely hinder the activity of a key cellular protein linked to cancer cell death, now appears to mimic the cellular signaling of that protein; potentially leading to the development of lymphoma.

22 Aug 2005

Developmental culling and cancer

A new study reveals that a diverse group of apparently unrelated genes that are associated with pheochromocytoma intersect at a common pathway that drives the necessary culling of cells.

16 Aug 2005

Protein that protects the body from tissue damage also increases the risk of tumors

You win some, you lose some. A protein that protects the body from tissue damage also increases the risk of tumors, according to a study conducted at Washington University School of Medicine in St. Louis. Moderate reduction of the protein level protects against tumor formation but increases susceptibility to tissue injury.

11 Aug 2005

Strawberries most effective at inducing cancer cell death

Strawberries may be the most effective of the five most commonly consumed berries at inducing cancer cell death, according to a recent study conducted at the UCLA Center for Human Nutrition.

10 Aug 2005

Protein p53 is the "guardian" of our genome

When DNA damage is present, p53 stops cell division and gives the cell enough time to repair it. If the damage is irreparable, the protein sets off programmed cell death and protects the cells from degeneration.

7 Aug 2005

Compound derived from cottonseed could help improve the effectiveness of chemotherapy at treating head and neck cancer

The findings, which appear in the July issue of the journal Molecular Cancer Therapeutics, could lead to a treatment that provides an effective option to surgically removing the cancer, helping patients preserve vital organs involved in speech and swallowing.

18 Jul 2005

New molecular insights may one day lead to opportunities to stave off old age

Delving deep into the molecular subtleties of a strain of mice engineered to age rapidly, scientists have found that an accumulation of genetic mutations prompts a cascade of programmed cell death that seems to underpin the aging process.

18 Jul 2005

Study causes big shift in how we think about p53 gene

The cellular cascade of molecular signals that instructs cells with fatally damaged DNA to self-destruct pivots on the p53 tumor suppressor gene. If p53 is inactivated, as it is in over half of all human cancers, checks and balances on cell growth fail to operate, and body cells start to accumulate mutations, which ultimately may lead to cancer.

27 Jun 2005

MicroRNAs play an important role in human cancer

Over the past few years, scientists have discovered that a new class of genetic regulators called "microRNAs" influences normal human growth and development. Now, researchers have found that microRNAs also play an important role in human cancer. The findings are published in today's issue of the journal Nature (June 9).

9 Jun 2005

Researchers link aberrant 'microRNA' expression to human cancer

8 Jun 2005

Discovery will lead to more effective treatments for pulmonary arterial hypertension

A University of Alberta research team has discovered important new information they hope will lead to more effective treatments for pulmonary arterial hypertension (PAH)--a deadly form of high blood pressure in the pulmonary arteries caused by uncontrolled cell growth.

5 Jun 2005

HIV protease inhibitors block programmed cell death in vivo

The immunodeficiency that arises in HIV may be due to excessive programmed cell death of immune CD4 T cells.

3 Jun 2005

New understanding of DNA repair processes may pave way to cancer treatments

A Burnham Institute study has found that a protein known for its role in gene regulation has another important function, that of initiating DNA repair. The study, published in the May 27th edition of Molecular Cell, points to new targets for treatment of cancer.

30 May 2005

Bioniche Life Sciences granted European patent

Bioniche Life Sciences has announced that it has had another patent granted on its core technology: Mycobacterial Cell Wall-DNA Complex (MCC). The European Patent Organization (EPO) granted the patent: - "Composition and Method for Inducing Apoptosis in Prostate Cancer Cells" (EPO1165106)

30 May 2005

Statin chemoprevention with minimal surveillance could prevent 96 percent of colon cancers

Ulcerative colitis affects about one out of every 2,000 Americans, and after living with the disease for 30 years, nearly 22 percent of those people will develop colon cancer.

16 May 2005

Maxim Pharmaceuticals issued patent for method of identifying therapeutically effective immunosupressive agents

Maxim Pharmaceuticals have announced the United States Patent and Trademark Office issued U.S. patent number 6,828,091 B2, entitled "Method of Identifying Immunosuppressive Agents."

23 Apr 2005

Green tea appears to prevent cancer in men

After a year's oral administration of green tea catechins (GTCs), only one man in a group of 32 at high risk for prostate cancer developed the disease, compared to nine out of 30 in a control, according to a team of Italian researchers from the University of Parma and University of Modena and Reggio Emilia led by Saverio Bettuzzi, Ph.D.

20 Apr 2005