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.

Psychosocial factors and interleukin-6 among women with advanced ovarian cancer

A new study funded by the National Cancer Institute reports that social support and other behavioral factors are related to levels of a circulating protein, which at high levels is associated with a poor prognosis in advanced ovarian cancer.

13 Jun 2005

Teen-age boys with type 1 diabetes showed evidence of greater atherosclerosis

Youths with type 1 diabetes, especially boys, already show early signs of cardiovascular disease by their teen-age years, according to researchers from the Keck School of Medicine of the University of Southern California and Childrens Hospital Los Angeles.

13 Jun 2005

New diabetes drug has a double whammy and is a potential blockbuster

There are, according to the latest statistics, more than 18 million Americans with diabetes, and each year over a million new cases are diagnosed.

13 Jun 2005

Ruboxistaurin shows favorable effects on kidney damage and function in people with type 2 diabetes and nephropathy

Eli Lilly and Company today announced encouraging results from a one-year pilot study examining the effect of ruboxistaurin mesylate in persons with type 2 diabetes and kidney disease (also known as "diabetic nephropathy").

12 Jun 2005

Muraglitazar lowers blood glucose and helps dyslipidemia seen in diabetes

A novel compound provides long-term lowering of blood glucose levels and improves plasma lipids (fats) that are often a problem in people with type 2 diabetes -- all in a once-daily pill, according to a report presented today at the American Diabetes Association's 65th Annual Scientific Sessions.

12 Jun 2005

Novel and more effective way of testing which gene mutations cause cancer

Often cancer research goes like this: study cancerous cells in a lab dish, find mutations that appear in many of the samples, develop drugs to target proteins made by the mutated genes, and voila, new chemotherapy drugs are born. Or at least that's the hope.

12 Jun 2005

Researchers discover how microRNA are involved in the development of heart muscle

Researchers at UT Southwestern Medical Center have discovered how a small molecule of RNA called microRNA - a chemical cousin of DNA - helps fine tune the production of a key protein involved in the early development of heart muscle.

12 Jun 2005

Bio-engineered skin provides clues to melanoma development

When it comes to the deadly skin cancer melanoma, studying functional tissue rather than cell lines may better provide insight into the disease's development, according to new research from a Howard Hughes Medical Institute predoctoral fellow at Stanford University School of Medicine.

12 Jun 2005

Genetic variations predispose Mexican Americans to insulin resistance

Although numerous studies have shown that low-grade inflammation is linked to heart disease and diabetes, more recent studies have shown that inflammation plays a role in insulin resistance, a syndrome that leads to diabetes and heart disease and affects about one in four adults in the United States.

12 Jun 2005

Link between PKC enzyme and kidney disease in diabetes confirmed

Researchers at Joslin Diabetes Center have investigated PKC-beta - a critical enzyme implicated in the devastating complications of type 1 and type 2 diabetes - for more than two decades.

12 Jun 2005

Poor diet during pregnancy increases risk of child being obese

It is common knowledge that a well balanced diet in pregnancy is crucial, but now scientists say they believe a poor diet during pregnancy appears to raise the chances of having an obese child.

12 Jun 2005

Link between hyperglycemia (high blood glucose), overexpression of PKC-beta 2 and kidney disease

Scientists at Joslin Diabetes Center have investigated PKC-beta -- a critical enzyme implicated in the devastating complications of type 1 and type 2 diabetes -- for more than two decades.

10 Jun 2005

If a dividing cell's activity is a pop song, then the same process in an immune cell is an extended-play dance remix

The basics of cell division are the same in both, but there's a heck of a lot more going on in immune cells, Johns Hopkins scientists have discovered.

10 Jun 2005

First clues as to why stem cells ignore stop signs in the cell cycle

Everyone knows that stem cells are controversial. Many people know that stem cells can grow into virtually any cell type found in the body, from a red blood cell to a muscle cell to a brain cell. But no one really knows why stem cells continue to divide and renew themselves long after the point where other cells stop dividing.

10 Jun 2005

DNA discovery may help explain disorders such as autism

Researchers have made a discovery that may in future help to explain many aspects of human social behavior and disorders such as autism.

10 Jun 2005

Researchers discover how hepatic-C virus evades immune system in acute and chronic infections

Researchers at Johns Hopkins have uncovered how a majority of the genetic changes in the hepatic-C virus, the most common cause of liver disease, allow it to evade the body's immune system during infection.

10 Jun 2005

Researchers explain how ubiquitin function is determined

University of Maryland researchers have explained, for the first time, why the linkage between the cell-regulating protein molecules called ubiquitins determines their function.

10 Jun 2005

Scientists produce for the first time an infectious form of the hepatitis C virus in laboratory cultures of human cells

The finding, reported in the June 9 issue of Science Express, will allow scientists to study every stage of the HCV life cycle and develop drugs to treat this life-threatening disease that affects more than 170 million people around the world.

9 Jun 2005

Molecule called Smad7 may open doors to future treatments in pancreatic and other forms of cancer

Making new strides in their ongoing effort to understand mechanisms behind the relentless growth of cancer cells, researchers at Dartmouth Medical School have found a promising key that may open doors to future treatments in pancreatic and other forms of cancer.

9 Jun 2005

Accumulation of genetic changes is not solely determined by natural selection

New data suggest that the accumulation of genetic changes is not solely determined by natural selection. A study by University of Chicago researchers contradicts conventional theory by showing that the percentage of mutations accepted in evolution is also strongly swayed by the speed at which new mutations arrive at a gene: the faster the speed of new mutations, the greater the percentage of those mutations accepted.

9 Jun 2005