Apoptosis News and Research

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Apoptosis is programmed cell death, the body's normal method of disposing of damaged, unwanted, or unneeded cells.

Selenium will have critical role in prostate cancer treatment

Researchers at Fox Chase Cancer Center in Philadelphia have come a step closer to understanding selenium's molecular role in causing prostate cancer cells to self-destruct. According to data presented today at the 96th Annual Meeting of the American Association for Cancer Research in Anaheim, Calif., selenium helps malignant cells overcome their resistance to TRAIL-induced apopstosis (self-inflicted cell death).

20 Apr 2005

Researchers find promising cancer-fighting power of synthetic cell-signaling molecule

Novel anti-cancer compounds called Enigmols suppress the growth of human cell lines representing cancers of the prostate, breast, colon, ovary, pancreas, brain and blood, and reduce tumors in three animal studies, new research shows.

19 Apr 2005

Vegetables such as broccoli and spices like red chili pepper, may provide a cancer-fighting benefit

Two new studies suggest that vegetables such as broccoli and spices like red chili pepper, may provide a cancer-fighting benefit by slowing or preventing the growth of cancerous tumor cells. The findings, being presented at the annual meeting of the American Association for Cancer Research held April 16 to 20 at the Anaheim Convention Center in Anaheim, Calif., looked at the effect of these dietary agents on cancers that have extremely poor prognoses despite advances in surgery and other therapies.

19 Apr 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

Chronic inflammation caused by too little stomach acid leads to gastric cancer

When it comes to gastric cancer, too little stomach acid can be just as dangerous as too much, according to scientists at the University of Michigan Medical School. Both extremes create inflammatory changes in the stomach lining and a condition called chronic atrophic gastritis, which over time often leads to cancer.

4 Apr 2005

Adding growth factor to baby formula could reduce necrotizing enterocolitis

Could it be that the most widespread and devastating gastrointestinal disease affecting premature babies could be conquered simply by adding a common polypeptide, epidermal growth factor (EGF), to infant formula? And if so, exactly how does it work, and why?

3 Apr 2005

New weapon for asthmatics to combat winter asthma attacks

A British team from the University of Southampton, led by the world-acknowledged asthma experts, Professor Stephen Holgate and Professor Donna Davies, has identified a therapy used to treat multiple sclerosis (MS) as a potential novel treatment to reduce asthma attacks caused by the common cold virus.

23 Mar 2005

Strawberries destroy cancer cells

Researchers specializing in the health benefits of plant compounds have shown that quercetin, a phytonutrient found in abundance in strawberries and other fruits, can induce programmed self-destruction of human cancer cells.

23 Mar 2005

Process for disposal of dying neutrophils actively linked to neutrophil production

New research identifies a critical inhibitory step that is a key component of the feedback circuit regulating the balance between neutrophil production and destruction.

23 Mar 2005

Genes TEL2 and MYC cooperate with each other to promote pediatric cases of the immune system cancer B-cell lymphoma

The genes TEL2 and MYC cooperate with each other to promote pediatric cases of the immune system cancer B-cell lymphoma. This finding, from investigators at St. Jude Children's Research Hospital, is published in the current issue of Molecular Cell Biology (MCB).

22 Mar 2005

New research in mice sheds light on the causes behind male infertility

For 40 percent of the estimated six million American couples battling infertility, the problem lies with the man. But help may be on the way.

21 Mar 2005

Discovery of key molecule that controls the growth, spread and survival of pancreatic cancer cells

Pancreatic cancer kills 30,000 Americans every year. Not only is there no cure, but there are no effective treatments. That may change if a new finding by Mayo Clinic researchers continues to show promise.

15 Mar 2005

Neuronal death and processing of Tau protein in Alzheimer’s Disease (AD)

In a research report recently published in the Journal of Alzheimer's Disease, published by IOS Press, a research group from the International School for Advanced Studies (ISAS\SISSA) in Trieste (Luisa Fasulo, Gabriele Ugolini e Antonino Cattaneo) showed that a processed form of tau protein induces neuronal death by apoptosis (programmed cell death) when expressed in cultured rat hippocampal neurons.

15 Mar 2005

Commonly used anesthetic regimen appears to have no negative effects on the developing brain of the fetus

An anesthetic regimen commonly used during surgery on pregnant mothers appears to have no negative effects on the developing brain of the fetus, according to a new study on sheep conducted by Duke University Medical Center researchers.

9 Mar 2005

Common anesthetics appear safe for developing fetal brain

A group of Dartmouth researchers has learned that the brain's auditory cortex, the part that handles information from your ears, holds on to musical memories.

9 Mar 2005

Pfizer acquires Idun Pharmaceuticals

Pfizer today announced that it has entered into an agreement to acquire Idun Pharmaceuticals, a biopharmaceutical company focused on the discovery and development of therapies to control apoptosis, a process of cell death that occurs in a broad range of diseases.

24 Feb 2005

Protein called CK2 plays a deadly role in colorectal carcinoma

A protein called CK2 plays a deadly role in colorectal carcinoma by blocking the ability of these tumors to activate a natural self-destruct mechanism that would clear this cancer from the body. This finding, by researchers at St. Jude Children's Research Hospital, is currently published in the online edition of Oncogene.

24 Feb 2005

Apoptosis News and Research

Selenium will have critical role in prostate cancer treatment

Researchers find promising cancer-fighting power of synthetic cell-signaling molecule

Vegetables such as broccoli and spices like red chili pepper, may provide a cancer-fighting benefit

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

Chronic inflammation caused by too little stomach acid leads to gastric cancer

Adding growth factor to baby formula could reduce necrotizing enterocolitis

New weapon for asthmatics to combat winter asthma attacks

Strawberries destroy cancer cells

Process for disposal of dying neutrophils actively linked to neutrophil production

Genes TEL2 and MYC cooperate with each other to promote pediatric cases of the immune system cancer B-cell lymphoma

New research in mice sheds light on the causes behind male infertility

Discovery of key molecule that controls the growth, spread and survival of pancreatic cancer cells

Neuronal death and processing of Tau protein in Alzheimer’s Disease (AD)

Commonly used anesthetic regimen appears to have no negative effects on the developing brain of the fetus

Common anesthetics appear safe for developing fetal brain

Pfizer acquires Idun Pharmaceuticals

Protein called CK2 plays a deadly role in colorectal carcinoma

Feverfew or Bachelor's Button, kills human leukemia stem cells like no other single therapy

Programmed cell death may provide clues to cancer and autoimmune diseases therapies

Viagra protects cardiomyocytes against cell death

Why use light scattering to analyze proteins and viral vectors?

Changing the landscape of R&D to build clinical success from the ground up

Sensing a Healthier Future

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