Biochemistry News and Research

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Computer program helps explain how the same proteins can play different roles in a wide range of cellular processes

University of California, San Diego biochemists have developed a computer program that helps explain a long-standing mystery: how the same proteins can play different roles in a wide range of cellular processes, including those leading to immune responses and cancer.

27 Sep 2005

Deep-sea sponges harbor toxins that potentially can act as powerful anti-cancer drugs

Vibrantly colored creatures from the depths of the South Pacific Ocean harbor toxins that potentially can act as powerful anti-cancer drugs, according to research findings from University of Wisconsin-Madison biochemists and their Italian colleagues.

26 Sep 2005

Chronically high levels of insulin may block specific hormones that trigger energy release into the body

Their findings, which may point to new approaches to developing improved treatment options for the disease, are published in the journal Nature.

26 Sep 2005

Potential oral drug for rheumatoid arthritis

A potential oral drug for rheumatoid arthritis (RA) may encourage women to treat their condition earlier rather than later because it is less arduous than currently available treatments. Early treatment is important because RA most often develops between the ages of 35 and 50 and is two- to three times more prevalent in women.

26 Sep 2005

New way to create a permanent chemical bond between antibiotics and titanium

Infections associated with inserting a medical device can be devastating, painful, and cause prolonged disability, costing tens of thousands of dollars.

26 Sep 2005

Set of simple "rules" that nature appears to use to design proteins

By examining how proteins have evolved, UT Southwestern Medical Center researchers have discovered a set of simple "rules" that nature appears to use to design proteins, rules the scientists have now employed to create artificial proteins that look and function just like their natural counterparts.

26 Sep 2005

Possible molecular origin of at least nine human diseases of nervous system degeneration

These neurodegenerative diseases, including Huntington's disease, share an abnormal deposit of proteins inside nerve cells. This deposition of protein results from a kind of genetic stutter within the cell's nucleus asking for multiple copies of the amino acid glutamine, a building block of protein structure.

26 Sep 2005

Study clarifies insulin's role in blocking release of energy in patients with type II diabetes

Chronically high levels of insulin, as is found in many people with obesity and Type II diabetes, may block specific hormones that trigger energy release into the body, according to researchers at the University of California, San Diego (UCSD) School of Medicine.

22 Sep 2005

Simple organism can produce 10 trillion varieties of a single protein

A team led by University of California, San Diego biochemists has discovered the mechanism by which a simple organism can produce 10 trillion varieties of a single protein, a finding that provides a new tool to develop novel drugs.

21 Sep 2005

Prions rapidly 'remodel' good protein into bad

Two Brown Medical School biologists have figured out the fate of healthy protein when it comes in contact with the infectious prion form in yeast: The protein converts to the prion form, rendering it infectious. In an instant, good protein goes bad.

19 Sep 2005

Diabetics with fatty livers could benefit from diet rich in soy protein

According to a group of researchers from Mexico they have discovered that a diet rich in soy protein may alleviate fatty liver, a disease which often accompanies diabetes.

10 Sep 2005

Nitric oxide could one day help women in their 30s and 40s remain fertile longer

Researchers have found that an important chemical compound, nitric oxide, appears to slow or reverse the aging of eggs in mouse ovaries. The finding suggests nitric oxide could one day help women in their 30s and 40s remain fertile longer and increase their chances of having healthy babies, the scientists say.

7 Sep 2005

Collaborators seek parasite invasion blockers

A malaria research team, including WEHI Structural Biologist, Professor Ray Norton, has received a US$1 million grant from the US National Institutes of Health to develop more effective malaria treatments.

7 Sep 2005

Diet rich in soy protein may alleviate fatty liver

A group of researchers from Mexico has discovered that a diet rich in soy protein may alleviate fatty liver, a disease which often accompanies diabetes. The details of their findings appear in the September issue of the Journal of Lipid Research, an American Society for Biochemistry and Molecular Biology journal.

6 Sep 2005

Potential new way to fight HIV

Researchers have confirmed for the first time the benefit of an innate defense system present in the few patients who remain healthy after years of infection with HIV despite receiving no treatment, according to an article published in the September edition of the Journal of Virology.

1 Sep 2005

Study points to link to neurodegenerative disease target

A University of California - San Francisco (UCSF) study has found that a specific signaling link between neurons and muscles in the fruit fly is essential for keeping the insect's nervous system stable.

1 Sep 2005

Study provides first steps toward individualized treatment of serious injuries

A multi-institutional research collaborative has begun to decipher the complex interplay of genes that underlies the body's response to major injuries.

1 Sep 2005

New knowledge into the molecular mechanisms involved in tumor growth

Scientists at the University of North Carolina at Chapel Hill have identified a molecular protein's critical role in cell division and growth.

26 Aug 2005

Discovery of signaling component that influences spread of breast cancer cells

Researchers at the Virginia Commonwealth University Massey Cancer Center have found a new signaling component that influences movement of human breast cancer cells toward epidermal growth factor.

22 Aug 2005

A cell's energy level is critical to its survival

In an ongoing effort to fight disease by manipulating energy regulation of cells, a collaborative study led by Dartmouth Medical School (DMS) has demonstrated that cells lacking a tumor-suppressing kinase called LKB1 can still maintain healthy energy levels when they become stressed.

22 Aug 2005

Biochemistry News and Research

Computer program helps explain how the same proteins can play different roles in a wide range of cellular processes

Deep-sea sponges harbor toxins that potentially can act as powerful anti-cancer drugs

Chronically high levels of insulin may block specific hormones that trigger energy release into the body

Potential oral drug for rheumatoid arthritis

New way to create a permanent chemical bond between antibiotics and titanium

Set of simple "rules" that nature appears to use to design proteins

Possible molecular origin of at least nine human diseases of nervous system degeneration

Study clarifies insulin's role in blocking release of energy in patients with type II diabetes

Simple organism can produce 10 trillion varieties of a single protein

Prions rapidly 'remodel' good protein into bad

Diabetics with fatty livers could benefit from diet rich in soy protein

Nitric oxide could one day help women in their 30s and 40s remain fertile longer

Collaborators seek parasite invasion blockers

Diet rich in soy protein may alleviate fatty liver

Potential new way to fight HIV

Study points to link to neurodegenerative disease target

Study provides first steps toward individualized treatment of serious injuries

New knowledge into the molecular mechanisms involved in tumor growth

Discovery of signaling component that influences spread of breast cancer cells

A cell's energy level is critical to its survival

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