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Painful and damaging chemotherapy may one day be a thing of the past

Researchers at the Georgia Institute of Technology and Purdue University have developed nano-sized particles that can target and trick cancer cells into absorbing them.

10 Sep 2004

Researchers using light to control genes and better understand the role of certain genes in embryonic development

As our understanding of biology increases, the tools of research become almost as important as the researchers wielding them. Currently, one of the major obstacles to research is actually getting inside of cells and tissue to see what is going on as it happens.

25 Aug 2004

New type of artificial hip - ceramic-on-metal

A new type of artificial hip, more robust and longer lasting than conventional artificial joints, is to undergo clinical trials and could be available for patients within five years.

20 Aug 2004

Microscopic scaffolding to house the tiny components of nanotech devices could be built from RNA

Microscopic scaffolding to house the tiny components of nanotech devices could be built from RNA, the same substance that shuttles messages around a cell's nucleus, reports a Purdue University research group.

12 Aug 2004

Promising new cancer drug, Nanotax

A Lawrence company that uses patented technology created at the University of Kansas to improve the effectiveness of drugs has won a $100,000 National Institutes of Health grant to support further testing of the company's promising new cancer drug, Nanotax.

5 Aug 2004

Computer-aided detection (CAD) can help physicians locate and analyze images from computed tomography (CT) scans

The diagnostic imaging modality of computed tomography (CT) scan is very helpful in lung cancer assessment as it spots even small lung tumors that might go undetected in conventional chest X-ray and other tests.

2 Aug 2004

Emerging nanomedicine technologies could dramatically transform medical science

Emerging nanomedicine technologies could dramatically transform medical science as we know it today with their potential to address unmet medical needs and provide targeted therapy.

23 Jul 2004

Cultured nanoparticles from filtered homogenates of diseased calcified human cardiovascular tissue

Researchers at the Mayo Clinic found they could isolate and culture nanoparticles from filtered homogenates of diseased calcified human cardiovascular tissue. These cultured nano-sized particles were recognized by a DNA-specific dye, incorporated radiolabeled uridine, and after decalcification, appeared via electron microscopy to contain cell walls.

24 May 2004

Biochip technology to revolutionise the pharmaceutical industry

Advancements in biotechnology have culminated in its integration with semiconductor technologies such as micro-electromechanical systems, resulting in the evolution of biochips. Biochips provide pharma companies with sophisticated tools for speedy development of drugs and accurate diagnosis and understanding of biological mechanisms.

13 May 2004

Carbohydrate-binding proteins are becoming extremely useful in curing various illnesses

Researchers are beginning to see the potential for breakthrough in healthcare through glycomics, which studies carbohydrates, proteins and their interactions. In fact, these carbohydrates are moving beyond their regular roles as sugar storage bins.

28 Apr 2004

Lab discovers way to keep short-lived catalysts active for longer than five months

Enzymes, the workhorses of chemical reactions in cells, lead short and brutal lives. They cleave and assemble proteins and metabolize compounds for a few hours, and then they are spent. This sad fact of nature has limited the possibilities of harnessing enzymes as catalytic tools outside the cell, in uses that range from biosensing to toxic waste cleanup.

1 Apr 2004