Articles
Separating basic and polar compounds
Due to the presence of residual acidic silanol groups in most commercial packings, secondary chromatographic effects are common and are usually troublesome. As a result, efficiency and peak shape for some analytes are usually unacceptable at neutral pH
[ + ]The $6 million wallaby: push continues for homegrown genome project
In what Francis Collins has termed "an unprecedented offer," the US NIH's National Human Genome Research Institute has offered to share the cost of generating the sequence of the tammar wallaby genome despite going ahead with an American opossum species as the chosen marsupial for comparative genomics. [ + ]
Getting value from grid computing
Growing interest in grid computing technologies will drive its rapid advancement as the technology grows from research darling to commercial reality, IBM's senior grid computing strategist, Rob Vrablik, predicted during a recent visit to Sydney. [ + ]
Stem cell research: Retinal cells could be first to clinic
Retinal stem cells could well be the first neural stem cells used in patients, University of Toronto researcher Derek van der Kooy predicted recently at the National Stem Cell Centre conference in Melbourne. [ + ]
Stem cell research: Turning sugar into bone
University of Queensland scientist Assoc Prof Victor Nurcombe has moved to Singapore to continue his work on repairing bone fractures using sugars from the surface of cells. [ + ]
Stem cell research: the big task ahead
In his closing comments to the National Stem Cell Centre conference in Melbourne earlier this month, Monash University's Martin Pera gave voice to a thought many of the scientists at the conference had been contemplating over the previous couple of days. "What is in front of us is of the scale of the Human Genome Project, if not larger," Pera told delegates. "In the last five years the ethical frameworks have been established. But we have to continue the ethical debate." [ + ]
Investment opportunities: The next big thing
Melissa Trudinger asks industry insiders where the next big investment opportunities will come from -- and identifies a few other likely chances. [ + ]
INTERVIEW: Getting up to Speed
The thing about bioinformatics, according to Prof Terry Speed, is that it tends to attract people from a variety of disciplines, such as physicists with programming skills not interested in a career in defence, or mathematicians with a practical bent. [ + ]
Laboratory vacuum generation
In the past, the majority of pumps used in the chemical laboratory were water-jet pumps and oil-sealed rotary vane pumps. About 10 years ago, these systems were nearly completely replaced by systems using diaphragm pumps
[ + ]A new capability for light microscopes: mid infrared molecular analysis
The merger of molecular spectroscopy with microscopy is not a new concept. Microscope attachments for FT-IR spectrometers have been available for nearly two decades and there are literally thousands of FT-IR spectrometers with these devices installed
[ + ]Diagnostic opportunities for infectious prions
Research led by scientists at the University of Toronto and Caprion Pharmaceuticals has uncovered the basis for a diagnostic, immunotherapy and vaccine, providing a way to detect and treat the brain-wasting damage of infectious prions
[ + ]Biomining: the next mineral revolution
With the help of biotechnology the race is on to discover the magic bug that will revolutionise the mining industry. Julian Cribb reports
[ + ]Changes down on the pharm
The age of molecular farming may be the salvation of many Australian farms. [ + ]
Vintage research benefits wine industry
On a wall at CSIRO Plant Industry's Merbein laboratories, is an old photo-micrograph of a grapevine floral bud. Dr Nigel Steele Scott, head of Plant Industry's horticultural research laboratories in Glen Osmond, South Australia, says it's his favourite image -- a portent of a revolution in viticulture that is still having an enormous impact on the Australian wine industry today. [ + ]
Genetics and the law
Australia must act now to establish the pattern of laws, institutions and policies needed to guide us through the age of the 'New Genetics', according to a landmark report into the protection of human genetic information released recently
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