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Microscopic scaffolding offers a 'simple' solution to treating skin injuries
A revolutionary dissolvable scaffold for growing new areas of skin could provide a safer, more effective way of treating burns, diabetic ulcers and similar injuries.   view more (2006-06-28)

New research could help us deliver genes for new bone formation
UK scientists are working on new methods to regenerate cartilage and bone by delivering genes to stem cells within the body to instruct them to turn into bone cells.   view more (2005-09-29)

Woven scaffolds could improve cartilage repair
Using a unique weaving machine of their design, Duke University Medical Center researchers have created a three-dimensional fabric "scaffold" that could greatly improve the ability of physicians to repair damaged joints with the patient's own stem cells.   view more (2007-02-07)

Scientists ask whether microscaffolding can help stem cells rebuild brain after stroke damage
Inserting tiny scaffolding into the brain could dramatically reduce damage caused by strokes the UK National Stem Cell Network Annual Science Meeting will hear today (10 April).   view more (2008-04-10)

Bioactive cement scaffold may improve bone grafts
A new technology for implants that may improve construction or repair of bones in the face, skull and jaw, has been developed by researchers from the American Dental Association Foundation (ADAF) and the National Institute of Standards and Technology (NIST).   view more (2006-04-18)

Scientists use stem cells to grow cartilage
Scientists from Imperial College London have successfully converted human embryonic stem cells into cartilage cells, offering encouragement that replacement cartilage could one day be grown for transplantation.   view more (2005-11-17)

Medical Breakthrough in Engineering and Monitoring 3-D Tissue
Researchers at Oxford University's Department of Engineering Science have recently made great lengths in both engineering and monitoring 3-dimensional tissue. Engineering tissue involves the seeding of appropriate cells into a scaffold to form a bio-construct or matrix. The Oxford team has improved... view more (2003-10-13)

Bio-engineering of blood vessels
Blood vessel prostheses work best when the biochemical and mechanical properties match reality as much as possible and when they are made of biodegradable material. To this end tissue technologists grow natural vascular wall cells, endothelial cells, in a biodegradable tube made of collagen.... view more (2002-04-16)

UCR Researchers Grow Bone Cells on Carbon Nanotubes
Researchers at the University of California, Riverside have published findings that show, for the first time, that bone cells can grow and proliferate on a scaffold of carbon nanotubes.   view more (2006-03-16)

Cell growth technology promises more successful drug development
Scientists have developed unique technology to grow stem cells and other tissue in the laboratory in conditions similar to the way they grow in the human body.   view more (2007-09-19)

MIT creates 3-D scaffold for growing stem cells
Stem cells grew, multiplied and differentiated into brain cells on a new three-dimensional scaffold of tiny protein fragments designed to be more like a living body than any other cell culture system.   view more (2006-12-27)

Scientists move towards stem cell therapy trials to mend shattered bones
The UK Stem Cell Foundation, the Medical Research Council and Scottish Enterprise, in partnership with the Chief Scientist's Office, are funding a £1.4 million project to further the research at the University of Edinburgh with a view to setting up a clinical trial within two years.   view more (2008-02-19)

Scientists Discover a Molecular Scaffold That Guides Connections Between Brain Cells
Brain cells known as neurons process information by joining into complex networks, transmitting signals to each other across junctions called synapses. But "neurons don't just connect to other neurons," emphasizes Z. Josh Huang, Ph.D., "in a lot of cases, they connect to very... view more (2008-05-21)

Novel molecular 'signature' marks DNA of embryonic stem cells
A team of scientists announced today a critical step on the path of realizing the promise of embryonic stem (ES) cells for medicine.   view more (2006-04-21)

Human embryonic stem cell -- derived bone tissue closes massive skull injury
There are mice in Baltimore whose skulls were made whole again by bone tissue grown from human embryonic stem cells (hESCs).   view more (2007-12-03)

Nanotubes inspire new technique for healing broken bones
Scientists have shown for the first time that carbon nanotubes make an ideal scaffold for the growth of bone tissue. The new technique could change the way doctors treat broken bones, allowing them to simply inject a solution of nanotubes into a fracture to promote healing   view more (2005-07-11)

Metals Shape Up with a Little Help from Friends
For 5,000 years the only way to shape metal has been by the "heat and beat" technique. Even with modern nanotechnology, metalworking involves carving metals with electron beams or etching them with acid.   view more (2008-07-01)

Nottingham biosciences million pound injection
Nottingham's strength as a UK Science City is further underlined today, with news that the Wellcome Trust, the UK's largest medical research charity, has awarded almost £1 million to an innovative biosciences company.   view more (2007-07-30)

Diabetes complications rooted in faulty cell repair
University of Florida researchers say primitive cells that act like molecular maintenance men-traveling throughout the body to repair damaged blood vessels-become too rigid to move in patients with diabetes, fueling the disease's vascular complications.   view more (2006-01-26)

Bioengineers create stable networks of blood vessels
Yale biomedical engineers have created an implantable system that can form and stabilize a functional network of fine blood vessels critical for supporting tissues in the body, according to a report in the Proceedings of the National Academy of Sciences.   view more (2006-03-01)

New 3-D test method for biomaterials 'flat out' faster
A novel, three-dimensional (3-D) screening method for analyzing interactions between cells and new biomaterials could cut initial search times by more than half, researchers from the National Institute of Standards and Technology (NIST) and Rutgers University report in the new issue of Advanced... view more (2008-04-30)

Fruit fly helps identify protein critical to eggshell formation that may be pesticide target
The common fruit fly circling your week-old peach has helped scientists zero in on a protein critical to the insect's eggshell formation.   view more (2008-05-30)

Natural polyester makes new sutures stronger, safer
With the help of a new type of suture based on MIT research, patients who get stitches may never need to have them removed.   view more (2007-03-23)

Dental stem cells have been characterized for tooth tissue engineering
Today, during the 84th General Session of the International Association for Dental Research, a team from The Forsyth Institute (Boston, MA, USA) will report that their research has demonstrated that mixed populations of cultured post-natal tooth bud cells can be used to generate bioengineered... view more (2006-06-29)

Finding the right mix: A biomaterial blend library
From dental implants to hip replacements, biomaterials have become big business. But scientists pursuing this modern medical revolution share a basic challenge: biocompatibility.   view more (2006-10-30)
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