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Prosthetic heart valve made completely of the body’s own tissue

Eight out of every 1000 children are born with a heart problem. Out of these, every fifth child needs a heart valve. While today’s mechanical or biological heart valves allow children to continue their lives, a research team at RWTH is developing a significantly more compatible heart valve that grows along with the body’s growth.

13 Apr 2004

Discovery of gender difference in cartilage cells may help spinal disc repair

When biologist Barbara Boyan discovered science’s first proof of biochemical differences between male and female cartilage cells, she began to question the approaches she and other researchers were taking to study cells. Was their thinking biologically relevant?

30 Mar 2004

Protein Hydrogels Can be Genetically Engineered to Promote

Johns Hopkins University researchers have created a new class of artificial proteins that can assemble themselves into a gel and encourage the growth of selected cell types. This biomaterial, which can be tailored to send different biological signals to cells, is expected to help scientists who are developing new ways to repair injured or diseased body parts.

29 Mar 2004

New optical glucose sensor could mean help for diabetics

Researchers at the University of California, Santa Cruz, have developed a novel optical glucose sensor that could be used to provide continuous monitoring of glucose levels in diabetics and hospitalized patients. Recently published studies showed that the sensor detects glucose under physiological conditions, giving a reversible fluorescent signal that changes intensity in response to changes in the concentration of glucose.

22 Mar 2004