Enzyme News and Research

RSS

Could NAADP/cholecystokinin-combo attack fat from inside and out?

One traditional approach to pharmaceutical design uses so-called “first messengers” – hormones, other natural facilitators or synthetic products – to initiate various cellular cascades for the desired physiological effect. To date, despite concerted efforts at all levels of research, this approach has failed to develop a truly successful obesity drug to address this major global health problem.

3 Apr 2005

Discovery of the enzyme that destroys cartilage in inflammatory arthritis

A Melbourne-led team of scientists has discovered the enzyme that destroys cartilage in inflammatory arthritis, offering new hope to sufferers of this painful condition.

30 Mar 2005

Discovery of missing enzyme for tuberculosis iron scavenging pathway

Scientists have discovered that a protein that was originally believed to be involved in tuberculosis antibiotic resistance is actually a "missing enzyme" from the biosynthetic pathway for an agent used by the bacteria to scavenge iron.

30 Mar 2005

CDC experts sent to Angola to help with Marburg epidemic

In an effort to control the Marburg virus outbreak in Angola, Health officials from the Centers for Disease Control and Prevention in Atlanta will assist the World Health Organization by going to Angola to help with outbreak investigation, infection control and laboratory diagnosis of the disease.

30 Mar 2005

A circadian rhythm gene discovered

A few rare people who consistently nod off early, then wake up wide-eyed much before dawn, can blame a newly-found mutant gene for their sleep troubles, Howard Hughes Medical Institute researchers announced today.

30 Mar 2005

DNA sequencing made portable and faster by "colour-blind" technology

Researchers at Baylor College of Medicine (BCM) and Rice University have developed a"colour-blind" method of fluorescence detection which could open new doors that would take DNA sequencing to the patient's bedside, the doctor's office and even the scene of a crime or a battlefield.

29 Mar 2005

Grapes inhibit cancer growth

Components in grapes, including some newly identified ones, work together to dramatically inhibit an enzyme crucial to the proliferation of cancer cells, say scientists at the University of Illinois at Urbana-Champaign.

29 Mar 2005

Researchers discover nicotine demethylase gene

U.S. Smokeless Tobacco Company (USSTC) announced today that scientists at its GenApps Inc. laboratories in Winchester, Kentucky, led by Drs. Mark Nielsen and Dongmei Xu, succeeded in discovering a key tobacco gene encoding nicotine demethylase.

28 Mar 2005

Gene variations explain drug dose required to control seizures

Determining which variants of particular genes patients with epilepsy carry might enable doctors to better predict the dose of drugs necessary to control their seizures, suggest basic findings by researchers at the Duke University Institute for Genome Sciences & Policy (IGSP) and the University College London.

28 Mar 2005

Statins appear to be safe for people with fatty liver disease

Statins appear to be safe for people with fatty liver disease who could benefit from their cholesterol-lowering capabilities, concludes a review paper published in the April 2005 issue of Hepatology, the official journal of the American Association for the Study of Liver Diseases (AASLD).

28 Mar 2005

Vital molecular step in cell migration

A vital molecular step in cell migration, the movement of cells within the body during growth, tissue repair and the body's immune response to invading pathogens, has been demonstrated by researchers in the University of California, San Diego (UCSD) School of Medicine.

28 Mar 2005

Three different leukemias are all caused by mutations that alter a specific enzyme controlling blood cell proliferation

Identifying the genetic malfunction that causes these disorders raises the hope that researchers may be able to devise a targeted therapy, just as they have done for chronic myelogenous leukemia (CML), which is presently treated with Gleevec. The three leukemias that share a common genetic cause are polycythemia vera (PV), essential thrombocythemia (ET) and myeloid metaplasia with myelofibrosis (MMM).

28 Mar 2005

Genome in gut bacterium key to intestinal health

A bacterium that lives in the human gut adaptively shifts more than a quarter of its genes into high gear when its host's diet changes from sugar to complex carbohydrates.

28 Mar 2005

Green alga closes wounds by means of enzymatic activation of a cross-linking protein

A small wound is painful, but is normally not a problem. Like all multicellular organisms, our bodies form new tissue around the damaged cells. Single-celled organisms cannot do this. In order to survive an injury, they have to quickly repair the cell itself. Large single-celled organisms, such as the green alga Caulerpa taxifolia, which can be several meters long, are especially at risk for injuries.

22 Mar 2005

Genomic DNA provides clues to new advances in cancer diagnostics

Researchers at the University of Illinois at Chicago have identified a method of assessing the malignant potential of cells based on the sensitivity of cellular DNA to enzyme digestion.

22 Mar 2005

Findings are expected to yield new diagnostic and therapeutic tools in the battle against cancer

New laboratory findings at the University of Illinois at Chicago suggest that what lies outside cancer cells is at least as important as the genes inside in explaining a tumor's malignancy.

22 Mar 2005

Compound found in broccoli is a powerful disease fighter

More than 300 scientific studies point to an antioxidant found in broccoli sprouts, sulforaphane glucosinolate (SGS), as a factor in preventing multiple diseases, including several types of cancer, high blood pressure, macular degeneration and stomach ulcers.

21 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

Scientists provide insight into the molecular mechanisms behind Listeria monocytogenes

When the bacterium Listeria monocytogenes invades the body, it commandeers its host cell's actin cytoskeleton to invade other cells. In a report published in the Journal of Biological Chemistry, a group of scientists provide insight into the molecular mechanisms behind this infection technique.

21 Mar 2005

RNA loops and knots guide genetic modifications

University of Connecticut Health Center scientist, Robert Reenan, has uncovered new rules of RNA recoding - a genetic editing method cells use to expand the number of proteins assembled from a single DNA code.

21 Mar 2005