bepmed |

101367884
l 2009
CN

4301. Cysteamine modified sulfhydryl hyaluronic acid couplet, preparation and application thereof

Abstract

The invention belongs to the technical field of high polymer materials, in particular to a thiolated hyaluronic acid conjugate modified by cysteamine, a preparation method...

13:52 / Biomaterial / Scaffolds

2009029322
l 2009
US

4302. Use of Stem Cells, Method of Tissue Engineering, Use of Dental Tissues and Tooth Biological Substitute

Abstract

The present invention is related to the use of stem cells of an animal species for obtainment of biological tooth substitute, in whole or in...

13:52 / cells / methods

2009007531
l 2009
WO

4303. COLLAGEN SCAFFOLD MODIFIED BY COVALENT GRAFTING OF ADHESION MOLECULES, ASSOCIATED METHODS AND USE THEREOF FOR CARDIOVASCULAR AND THORACIC CELL THERAPY AND CONTRACTILE TISSUE ENGINEERING

Abstract

The invention relates to materials and methods for improving the biological properties and electromechanical performance of collagen scaffolds used for cell transplantation, comprising the fixation...

13:52 / methods / Scaffolds

2009009784
l 2009
WO

4304. FORMABLE BIOCERAMICS

Abstract

A formable bioceramic including hydroxyapatite nanocrystals, gelatin, and sol-gel-containing material is described. Also described is a process for making and using the bioceramic. The formable...

13:52 / methods / Scaffolds

2009011978
l 2009
WO

4305. METHOD OF FABRICATING A TISSUE ENGINEERING SCAFFOLD

Abstract

A method of fabricating a highly porous structure is provided. The method includes the step of compounding a biodegradable polymer, a water-soluble polymer and a...

13:52 / methods / Scaffolds

101343631
l 2009
CN

4306. Jellyfish genome DNA extracting method

Abstract

The invention relates to a jellyfish genome DNA extracting method, which belongs to the gene engineering technology. The method comprises the steps that the jellyfish...

13:52 / rest

2009004253
l 2009
US

4307. Composite device for the repair or regeneration of tissue

Abstract

The present invention is directed to composite devices comprising a tissue-engineering scaffold and an anionic polysaccharide/structural protein coating. The composite devices are useful for the...

13:52 / devices / methods

2009011507
l 2009
US

4308. Scaffolds for Use in Tissue Engineering to Culture Cells

Abstract

In the field of tissue engineering there is a need for a scaffold which is suited to low volume manufacture, and which allows the culture...

13:52 / cells / Scaffolds

2009049913
l 2009
WO

4309. MARKERS OF MATRIX GENE EXPRESSION AND CELLULAR DIFFERENTIATION IN CHONDROCYTES

Abstract

The invention relates generally to the field of tissue engineering. More particularly, the present invention relates to methods for identifying a population of cells suitable...

13:52 / cells / methods

101347637
l 2009
CN

4310. Method for preparing crosslinked carboxymethyl chitin tissue engineering stent

Abstract

The invention provides a method for preparing a tissue engineering scaffold of crosslinked carboxymethyl chitin, and the scaffold of crosslinked carboxymethyl chitin is prepared by...

13:52 / growth factors / Scaffolds

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