Protein News and Research

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Proteins are complex molecules that are made up of amino acids. They can be found in every cell in the body, and carry out vital processes that keep human beings alive. Mutations in proteins can lead to a multitude of diseases, the most common being cancer.

Good side to cholesterol in controlling cell signals

Cholesterol, often stigmatized for its role in heart disease, has long been known to be essential for the health of the fat-laden membranes that surround individual cells.

6 Mar 2005

First genetic marker to help identify ruptured brain aneurysm

Mayo Clinic researchers have discovered a genetic marker that may pave the way for a fast, inexpensive blood test to predict one type of deadly stroke that strikes 30,000 people in the United States annually.

6 Mar 2005

Definitive evidence that TRPV3 is a temperature sensor

The human brain is like a general in a bunker. Floating in its bubble of cerebrospinal fluid, it has no direct window to the outside world, so the only way for the brain to observe, comprehend, and order the body into action is to rely on information it receives.

6 Mar 2005

Scientists discover how substitutions are made for injured genes

If there were no bench for second-string players on a football team, who would substitute for tired or injured team members? A team of Weizmann Institute scientists has found that, if the team were made up of genes, they might pull athletes who can play a little football in a pinch from nearby basketball or rugby teams.

6 Mar 2005

New therapeutic targets in liver diseases

Many patients with liver diseases often encounter difficulties with therapy and ultimately require liver transplant to survive. Since many acute and chronic liver diseases are driven by immune-mediated mechanisms, there is a necessity to find new therapies that can inhibit these immune-based triggers and block liver damage.

6 Mar 2005

Clearance of beta amyloid accumulation within neurons stops memory decline

Researchers at UC Irvine have identified a trigger at the molecular level that marks the onset of memory decline in mice genetically engineered to develop brain lesions – in the form of plaques and tangles – associated with Alzheimer's disease.

6 Mar 2005

Proteins link cellular aging and response to calorie restriction

In the March 3 issue of Nature, Johns Hopkins researchers report that two proteins best known for very different activities actually come together to turn the liver into a sugar-producing factory when food is scarce.

6 Mar 2005

Chips may cause cancer

Acrylamide, a contaminant shown to cause cancer in animals forms in the high-temperature frying, roasting or baking of foods like potato chips and crisps, coffee, and pastries, sweet biscuits, breads, rolls and toast, and may be a public health concern, according to two UN agencies.

5 Mar 2005

Mutations in newly discovered gene, NPHP5 cause Senior-Loken syndrome

Scientists at the University of Michigan Medical School have discovered a gene called NPHP5 and found mutations in this gene that cause a rare genetic disease called Senior-Loken syndrome. Children with this syndrome develop a type of cystic kidney disease called nephronophthisis, as well as a form of blindness called retinitis pigmentosa.

3 Mar 2005

Important player in the development of colon cancer

Cancer growth is a long, complex, multi-stage process involving a variety of different "players." This complexity is part of the difficulty facing cancer researchers. Meanwhile, each discovery or identification of a new "player," or previously unknown stage in the process, offers new opportunities for blocking the disease.

3 Mar 2005

Way to detect early signs of testicular cancer

Danish researchers have discovered a way to detect early signs of testicular cancer before it has started to spread. Their findings are the first step towards developing a simple screening test for men at risk of the disease.

2 Mar 2005

Possible treatment for Fragile X syndrome

The first evidence for a possible treatment for Fragile X syndrome, one of the leading inherited causes of mental retardation, has emerged from experiments with a mutant fruit fly that exhibits characteristics of the disorder.

2 Mar 2005

Gene variant that may increase the risk of late-onset Alzheimer's disease

Researchers from the MassGeneral Institute for Neurodegenerative Disorders (MIND) have identified a gene variant that may increase the risk of late-onset Alzheimer's disease.

2 Mar 2005

Future diabetes drugs may target new protein interaction

2 Mar 2005

How and why people become addicted to alcohol

Virginia Commonwealth University researchers have identified several genetic changes in the brains of mice caused by ethanol, which may help researchers better understand how and why people become addicted to alcohol.

2 Mar 2005

alpha-defensin-1, a protein found in immune cells, can control HIV infection

Theresa Chang and colleagues at Mount Sinai School of Medicine analyzed how alpha-defensin-1 inhibits HIV infection in white blood cells (CD4+ T cells). Defensins have been shown to have anti-HIV activity. The body attempts to protect itself from HIV infection via the innate immune system.

1 Mar 2005

Researchers can now predict who will benefit from cerclage

Doctors treating pregnant women with threatened preterm birth sometimes sew the cervix closed, a procedure known as cerclage. Despite this traditional intervention, many women still lose the pregnancy.

1 Mar 2005

U.S. cancer researchers launch first American-Israeli cancer conference

Leading cancer researchers from Baltimore, Miami and New Jersey have organized the first Joint American-Israeli Conference on Cancer. The meeting, scheduled for March 16 through 18 in Jerusalem, seeks to foster collaboration among physicians and scientists in the two countries.

1 Mar 2005

Nature’s most sophisticated biological weapon

Nature’s most sophisticated biological weapon, snake venom, largely evolved from bits of body parts a Melbourne researcher has found.

1 Mar 2005

Scientists re-produce the human body's own cancer-killing cells through gene therapy

New hope to cancer sufferers comes from research by South Korean scientists who have found a way to re- produce the human body's own cancer-killing cells through gene therapy.

1 Mar 2005