It is intended to provide a scaffold material for tissue engineering uses, an artificial vessel, a cuff member and a coating for implants. The scaffold...
PURPOSE: Provided is a bioabsorptive ceramic-polymer complex material for tissue engineering with teeth apatite and polymer used which mixes teeth apatite, polymer for tissue engineering...
PROBLEM TO BE SOLVED: To provide a sterilization method having no bad influence on the activity of a coating. SOLUTION: This sterilization method is a...
The initiator, initiation adjuvant, deionized water and polymer monomer with biological compatibility are mixed according to a certain proportion, and prepared into uniform solution, then...
A scaffold material for tissue engineering is disclosed, which is a non-woven cloth prepared from the electrically spoun fibres which are prepared by jet spinning...
Amino acid with high biocompatibility is used as cross-linking and bridging agent, amino acid in 0.1-100 microns is made to compound with porous collagen-based cradle,...
The microwave transfer process of fixing biological macromolecule pattern to the active surface of polymer includes selectively 'mounting' biological macromolecule to the micro wells of...
A scaffold material for tissue engineering is prepared by the cross-linking reaction between a novel biodegradable cross-linking agent and the biocompatibile and water-soluble high-molecular material,...
The fixing process of biological macromolecule on inorganic silicon material surface in common pattern includes the following steps: amination and aldehydration treatment of the inorganic...
The present invention belongs to the tissue engineering field and is especially a preparation process of artificial endometrium. New type biodegradable material is used in...
A diamine modified polylactic acid, its preparing process and its application in preparing the biodegradable medical materials, especially the tissue engineering material, are disclosed. Its...
The present invention discloses a bone-implanting artificial limb and its installation method in biomedicine engineering. The bone-implanting artificial limb consists of implant, intermediate and outer...
Poly(5-substitutent-1,4-dioxane-2-ketone) containing functional side radical is synthesized with 5-benzyloxymethyl-1,4-dioxane-2-ketone monomer as material and through ring-opening polymerization. Bymeans of changing side chain functional radical, the physical,...
The preparation method of polyporous chitosan tube uses chitosan, acetic acid and sodium hydroxide as raw material, which includes the following steps: adding acetic acid...
The present invention belongs to the rack material preparing technology in tissue engineering. Polyglycollide, polylactide or their mixture copolymer fatty polyester fiber material is woven...
A multi-layer porous high-molecular material for tissue engineering is prepared through proportionally mixing high-molecular material with water-soluble material, sequentially filling the mixture in mould, making...
It is intended to provide a scaffold material for tissue engineering uses, a n artificial vessel, a cuff member and a coating for implants. The...
A human bone tissue biomedical engineering scaffold product (I) comprises (A) microparticles of silicon as a biological inducing active material with (B) an organic polymer...
The invention relates to a poly(ether ester) multiblock copolymer material based on a combination of a poly(alkylene glycol) component, a short chain diol, an aromatic...
Year: 2003 Country: AU Doc No: 2003234231 For more information visit espacenet.com Read more...
