Tissue Engineering News and Research

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Dramatic advances in the fields of biochemistry, cell and molecular biology, genetics, biomedical engineering and materials science have given rise to the remarkable new cross-disciplinary field of tissue engineering. Tissue engineering uses synthetic or naturally derived, engineered biomaterials to replace damaged or defective tissues, such as bone, skin, and even organs.

Three-dimensional fabric "scaffold" to repair cartilage damage

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.

7 Feb 2007

Improved cell therapy for cartilage repair

Artificially cultured cartilage cells, grown outside of the body for reparing damaged tissue, prove to be different from original cartilage tissue.

2 Dec 2006

New treatment for lower back pain using patient's own stem cells

A University of Manchester researcher has developed a treatment for lower back pain using the patient's own stem cells, which could replace the use of strong painkillers or surgery that can cause debilitation, neither of which addresses the underlying cause.

From The University of Manchester 2 Dec 2006

New organs can be grown in body

A novel technique enabling vital new organ tissue to be grown in a special bio-chamber in the body has been developed by scientists at the University of Melbourne and the Bernard O’Brien Institute of Microsurgery (BOBIM).

30 Aug 2006

Precise sticking of living cells on carriers by microelectrochemical methods

The adhesion and growth of cells on solid carriers is required for many applications.

21 Jul 2006

Bioengineered tissue implants regenerate damaged knee cartilage

Knee cartilage injuries can be effectively repaired by tissue engineering and osteoarthritis does not stop the regeneration process concludes research led by scientists at the University of Bristol.

5 Jul 2006

Maturation of tissue engineered cartilage implanted in injured and osteoarthritic human knees

Knee cartilage injuries can be effectively repaired by tissue engineering and osteoarthritis does not stop the regeneration process concludes research led by scientists at the University of Bristol.

4 Jul 2006

A therapeutic method for failed bladder augmentation in children

This study by Vajda et al investigated the potential causes leading to the deterioration of a previously successful bladder augmentation. This study by Vajda et al investigated the potential causes leading to the deterioration of a previously successful bladder augmentation.

16 May 2006

DARPA grant supports research toward realizing tissue regeneration

While U.S. soldiers fighting in Iraq and Afghanistan are surviving injuries that in previous conflicts likely would have been fatal, the number of wounded with major tissue loss has never before been so high.

3 May 2006

Swedish ACI method of cartilage repair gives excellent durability

As the population ages, arthritis will become more prevalent. It would be helpful to know more about the causes and treatments of cartilage wear.

25 Apr 2006

Imitating nature's scaffolding

A team of researchers at the Institute of Bioengineering and Nanotechnology (IBN) has successfully created artificial fibers with nanometer-sized features that can be used to grow cells and tissue structures.

20 Apr 2006

Fast tracking the healing process for common ear infections

The research will aim to understand why some eardrums heal by themselves (and why some do not heal at all) by identifying which genes are responsible for the wound-healing process of an infected human ear drum.

18 Apr 2006

Getting to the heart of cardiovascular diseases

A new collaboration covers the spectrum from molecules to therapies. Three research organisations have announced the merging of their expertise to fight cardiovascular diseases, which are among the most common health problems and causes of death in the world.

13 Apr 2006

First human recipients of laboratory-grown organs

The first human recipients of laboratory-grown organs were by Anthony Atala, M.D., director of the Institute for Regenerative Medicine at Wake Forest University School of Medicine. In The Lancet, Atala describes long-term success in children and teenagers who received bladders grown from their own cells.

4 Apr 2006

Scientists create new type of 'bio-gel'

Scientists at The University of Manchester have created a new type of 'bio-gel' which provides a pH neutral environment for culturing cells in 3D, as published in the journal Advanced Materials.

From The University of Manchester 7 Mar 2006

Researchers edge closer to cardiac tissue engineering

Researchers have developed a method to engineer blood vessels within the tissue of previously engineered heart muscle. Trials have resulted in significant improvement in heart function.

1 Mar 2006

Man-made heart tissue improves heart function

Researchers have developed a method to engineer blood vessels within the tissue of previously engineered heart muscle. Trials have resulted in significant improvement in heart function.

27 Feb 2006

New way to culture adult stem cells from bone marrow

In a significant advance for regenerative medicine, researchers at Rice University have discovered a new way to culture adult stem cells from bone marrow such that the cells themselves produce a growth matrix that is rich in important biochemical growth factors.

16 Feb 2006

Hydrogels to potentially make chemotherapy and tissue regeneration more convenient and safe

Scientists at the Institute of Bioengineering and Nanotechnology (IBN) have invented an injectable and biodegradable gel that can deliver drugs at targeted sites or act as a scaffold for tissue repair.

15 Dec 2005

Scientists direct embryonic stem cells to become cartilage cells

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.

20 Nov 2005