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Genomics tools provide clues to what causes 400 million cases of gastrointestinal disease each year

In a study that could benefit medical and food-safety research, scientists have used comparative genomics tools to find clues about why some strains of the bacterium Campylobacter – which each year cause more than 400 million cases of gastrointestinal disease – are more virulent than others.

4 Jan 2005

Evolution has been working very hard to produce us humans

The genes that regulate brain development and function evolved much more rapidly in humans than in nonhuman primates and other mammals because of natural selection processes unique to the human lineage. Researchers reported their findings in the cover article of the Dec. 29, 2004, issue of the journal Cell.

28 Dec 2004

Significant advance in understanding the human genome

An Oregon Health & Science University-led development of a technique for identifying control elements that drive the expression of genes in brain cells could unleash the disease-fighting potential of the much-hailed human genome.

28 Dec 2004

New technique for tracking gene regulators

Finding out where gene-regulator proteins bind to DNA and identifying the genes they regulate just got a step easier thanks to a new technique developed by scientists at the U.S. Department of Energy’s Brookhaven National Laboratory.

28 Dec 2004

How to uncover the secrets of disease-relevant proteins

Cancer researchers have developed a guide for piecing together the jigsaw puzzle of genome research - to elucidate cellular mechanisms that lead to diseases such as cancer is a big challenge of biomedicine.

23 Dec 2004

Somatic hypermutation (SHM) should prove to be extremely useful in directed protein evolution

Fascinated by the efficient way the human immune system generates a rapid response to create a near-infinite variety of antibodies, researchers have "hijacked" that machinery and used it to evolve a new type of fluorescent protein.

23 Dec 2004

New way of viewing genetic variations

Human geneticists can now see which variations on the human genome are inherited together, thanks to a new way of viewing genetic variations in the latest release of the Ensembl genome browser [a joint project between EMBL's EBI and the Wellcome Trust Sanger Institute].

21 Dec 2004

Study on first new potential drug for tuberculosis in 40 years

454 Life Sciences, a majority-owned subsidiary of CuraGen Corporation, announced today that its proprietary whole genome sequencing technology was used by scientists at Johnson & Johnson Pharmaceutical Research & Development L.L.C. (J&JPRD) to help understand the basis of tuberculosis drug resistance.

20 Dec 2004

New cancer detection technology from Rubicon Genomics

Rubicon Genomics has invented a more effective technology for the diagnosis and prognosis of cancer compared to what hospitals and reference laboratories use today. MethylPlex™ is the most sensitive method in use to detect the patterns of abnormal DNA methylation arising in the serum and urine of patients during tumor formation and progression.

14 Dec 2004

Patent issued for generating genetically evolved mammalian cells through the regulation of mismatch repair

Morphotek announced today the issuance of United States Patent 6,825,038 covering the regulation of mismatch repair (MMR), a powerful process for generating functional diversity in mammalian cells, to yield sibs exhibiting desirable phenotypes for target discovery, drug screening and/or product development.

13 Dec 2004

Newly discovered genetic defect might represent an important risk factor for major depression

A newly discovered genetic defect might represent an important risk factor for major depression, a condition which effects 20 million people in the U.S., according to Duke University Medical Center researchers.

13 Dec 2004

Key molecular signal allows malarial parasites to target human red blood cells

Northwestern University researchers have identified a key molecular "signal" that allows malarial parasites to release virulence proteins inside human red blood cells.

13 Dec 2004

New technology will advance our understanding of role of complex sugar chains decorating the surface of cells in the body

An international consortium of scientists lead by Dr. James Paulson of The Scripps Research Institute has created a technology that will advance our understanding of the role of complex sugar chains (glycans or carbohydrates) that decorate the surface of cells in the body.

8 Dec 2004

DNA crystal that computes as it grows

In a demonstration that holds promise for future advances in nanotechnology, California Institute of Technology computer scientists have succeeded in building a DNA crystal that computes as it grows. As the computation proceeds, it creates a triangular fractal pattern in the DNA crystal.

7 Dec 2004

Novel mutagenesis screen used to identify genetic suppressors of thrombosis

Researchers using a novel sensitized ENU (N-ethyl-N-nitrosourea, a carcinogen-induced animal tumor model established to grow malignant and benign tumors) mutagenesis (induction of mutation) screen in laboratory mice have developed a promising approach to genetic screening that can increase the likelihood of identifying dominant suppressors of thrombosis.

6 Dec 2004

Episome vectors offer fresh angle to gene therapy

A European research team is seeking to overcome the early setbacks suffered by the promising new field of ‘gene therapy’ by developing a revolutionary delivery technique, known as ‘episome vectors’. This breakthrough could pave the way to treating hereditary diseases by injecting the body with healthy versions of damaged genes.

6 Dec 2004

Genetic mutations and cellular modifications may provide clues to the associations between slight genetic abnormalities and often fatal diseases

Modern research is delving deep into the human genome to find the answers to medical mysteries and, hopefully, cures for the most deadly diseases. According to four new studies presented during the 46th Annual Meeting of the American Society of Hematology

5 Dec 2004

Bcl-6 oncogene - genetic target for lymphoma treatment

Results from a pre-clinical study show that the gene designated Bcl-6 is an oncogene -- that is, one with the potential to cause a normal cell to become cancerous -- but that certain peptide inhibitors can in effect inactivate it, according to a study to be presented today during the 46th Annual Meeting of the American Society of Hematology (ASH).

5 Dec 2004

A gallery of highly-specific, gene and protein “mug shots” of cancer types would be a powerful for oncologists

Doctors would like to diagnose malignancies rapidly by matching them with highly-specific genetic “mug shots” based on the presence of characteristic mRNAs or proteins. This kind of specificity would facilitate screening and early detection, and would potentially allow targeted treatments specific to each type of cancer

4 Dec 2004

Human endogenous retroviruses (HERVs)

Human endogenous retroviruses (HERVs) have been the subject of a great deal of investigation in recent years. It has been established that HERVs cause some genetic diseases and there is strong circumstantial evidence for a link to some types of cancer and autoimmune diseases, but what else do we need to know about these unique organisms?

4 Dec 2004