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New discovery suggests novel methods for treating acute lymphoblastic leukemia

Investigators at St. Jude Children's Research Hospital have discovered previously unsuspected mutations that contribute to the formation of pediatric acute lymphoblastic leukemia (ALL), the most common cancer in children.

8 Mar 2007

Discovery about fatty tissue that burns fat

In an article now being published in the leading American journal PNAS, a research team led by Barbara Cannon and Jan Nedergaard at the Wenner-Gren Institute, Stockholm University in Sweden, together with British and American scientists, have managed to show for the first time that the cells that become the so-called brown or white fat tissue already know from the very beginning what sort of fat tissue they will be.

7 Mar 2007

New test identifies suitable lymphoma patients likely to respond to new therapy

Researchers at the Albert Einstein College of Medicine of Yeshiva University have discovered a genetic signature identifying cases of lymphoma that are uniquely susceptible to a newly developed molecular targeted therapy. As a result, physicians organizing clinical trials of the new therapy will be able to enroll patients who'll be most likely to benefit from it.

20 Feb 2007

More evidence that inflammation can fuel cancer

As evidence mounts that the body's normally protective inflammation response can drive some precancerous tissues to become fully malignant, UCSF scientists report discovering an apparent trigger to this potentially deadly process.

19 Feb 2007

Enzyme important in fetal heart-cell failure - findings provide new targets for treatment

In almost all forms of heart failure, the heart begins to express genes that are normally only expressed in the fetal heart. Researchers have known for years that this fetal-gene reactivation happens, yet not what regulates it.

18 Feb 2007

Watercress shows anti-cancer potential

Eating watercress daily can significantly reduce DNA damage to blood cells, which is considered to be an important trigger in the development of cancer, University of Ulster scientists revealed.

18 Feb 2007

Research helps explain origin of self-reactive B cells

Doctors have long wondered why, in some people, the immune system turns against parts of the body it is designed to protect, leading to autoimmune disease.

7 Feb 2007

Novel way of tackling diseases related to the immune system

A new study has suggested a novel way of combating diseases related to the immune system, including cancer and autoimmune diseases such as type I diabetes and arthritis. The study, funded by the Wellcome Trust, appears online in the journal Nature.

14 Nov 2006

Gleevec may cause heart problems

Gleevec, the wildly successful poster-child of a new generation of cancer drugs aimed at specific targets in the cancer cell, can be dangerous to the heart.

24 Jul 2006

In vitro fertilisation could be causing genetic errors in embryo

The conditions in which embryos are cultured in the laboratory during in vitro fertilisation could be causing genetic errors that are associated with certain developmental syndromes and other abnormalities in growth and development, such as low birth weight.

19 Jun 2006

Dasatinib offers new options for leukemia patients

Dasatinib, an experimental drug under development by Bristol-Myers Squibb, reverses the signs and symptoms of patients whose chronic myeloid leukemia has failed to respond to Gleevec, which is considered the standard of treatment for the disorder.

14 Jun 2006

New data show Enzastaurin's activity across multiple cancer cell lines

Eli Lilly and Company's enzastaurin, an investigational, multi-targeted therapy that is currently the focus of two global Phase III clinical trials, one for the treatment of glioblastoma and one in non-Hodgkin's lymphoma

5 Jun 2006

Finding opens new pathways for treating or preventing autoimmune diseases

A rare genetic defect that can trigger a host of diseases from type 1 diabetes to alopecia has helped explain the imbalance of immune regulator and killer cells in autoimmune disease.

31 May 2006

Polycomb proteins key factors in influencing the direction of embryonic stem cell development

Embryonic stem cells may one day provide a means to treat disease, but according to two new reports, they are already revealing remarkable insights into the mysteries of human biology. How humans manage to develop from a single fertilized egg into the trillions of cells that make up a mature adult remains a poorly understood process. Now, using both human and mouse embryonic stem cells, researchers have mapped how a key developmental ingredient controls the genome.

28 Apr 2006

Study reveals findings on how insulin-producing beta cells grow and function

A new Joslin Diabetes Center-led study has shown conclusively that two receptors in the insulin-producing beta cell do not affect developmental growth, refuting a long-held hypothesis in diabetes research.

23 Apr 2006

New finding provides researchers with renewable source for macrophages and neutrophils

A new approach to generating large quantities of two types of white blood cells that are critical for destroying invading bacteria, viruses and other pathogens in humans has been developed by researchers at the University of California, San Diego (UCSD) School of Medicine.

19 Apr 2006

Scientists identify microRNAs that appear to play a role in the development of platelets

Scientists have identified a handful of microRNAs (miRNAs) that appear to play a significant role in the development of platelets - blood cells critical to the body's ability to form clots following an injury.

21 Mar 2006

Master switch for blood cell development detected

Blood cells develop from blood stem cells in the bone marrow. Their development is regulated by roughly 20 gene regulators or transcription factors.

28 Nov 2005

Coaxing human embryonic stem cells to make dopamine

For all of the promise embryonic stem cells hold for therapies for neurodegenerative diseases such as Parkinson's disease, they are notoriously difficult to use.

28 Nov 2005

Stem cells to repair heart tissue soon after a heart attack

Stem cells derived from human heart tissue develop into multicellular, spherical structures called cardiospheres that express the normal properties of primitive heart tissue, smooth muscle and blood vessel cells, according to a study by Johns Hopkins researchers.

20 Nov 2005