bepmed |

1332248
l 2002
CN

921. Cattle enteropeptidase catalyzing subunit gene and its gene engineering production process

Abstract

The present invention belongs to the field of biological engineering technology. The cattle enteropeptidase catalyzing subunit gene encodes the cattle enteropeptidase catalyzing subunit and has...

13:59 / cells / methods

1355052
l 2002
CN

922. Process for preparing porous support frame of soft tissue engineering with water-soluble high-molecular material as mould

Abstract

A porous support for cartrilage tissue engineering is prepared from the high-molecular material of polyethanediol, polyamide, or polyacrylic acid type as mould material, polyhydroxy alkanoate...

13:59 / rest

1384129
l 2002
CN

923. Poly(2-substituent carbonyl-2-methyltrimethylene carbonate) and its prepn and use

Abstract

Poly(2-substituted carbonyl-2-methytrimethene carbonate) is prepared with Poly(2-carbethoxy-2-methytrimethene carbonate) as raw material and through ammonolysis. Because of the side chain function radical, it is possible to...

13:59 / rest

1380113
l 2002
CN

924. Cartilage tissue engineering scaffold composite material

Abstract

The present invention uses L-lactic acid polymer whose molecular weight is 80000-200000 and calcium polyphosphate fibre whose mean length is 5-15 mm and adopts dissolving...

13:59 / Biomaterial / Scaffolds

1234587
l 2002
EP

925. Biocompatible foam composite

Abstract

The present patent describes a biocompatible composite made of a first fibrous layer attached to a three-dimensional inter-connected open cell porous foams that have a...

13:59 / methods / Scaffolds

1377633
l 2002
CN

926. Continuous pore-creating agent leaching method and device for preparing porous support

Abstract

The present invention relates to the field of high molecular material technology and biomedicine engineering and is especially a continuou s pore-creating agent leaching method...

13:59 / rest

1376521
l 2002
CN

927. High-molecule porous scaffold for tissue engineering and its preparing process by hot pressing

Abstract

A high-molecular porous scaffold for tissue engineering is prepared from biodegradable and biocompatible high-molecular material through designing flexibility-rigidity combined mould and hot press/particle infusion. Said...

13:59 / organ / Scaffolds

10105420
l 2002
DE

928.

Abstract

The invention relates to vitro in a cell interaction culture system for testing and developing medicaments, comprising a first cell culture made from pelletized and...

13:59 / cells / methods

10116362
l 2002
DE

929.

Abstract

The invention concerns areas involving eukaryotic cell culture and tissue engineering, particularly fibrin-containing keratinocyte suspensions and fibroblast suspensions based on two constituents. The invention also...

13:59 / cells / methods

1172436
l 2002
EP

930. CERAMIDASE GENE

Abstract

A neutral/alkaline ceramidase derived from a mammal; an antibody specifically binding thereto; a probe and primer which are capable of specifically hybridizing thereto; a method...

13:59 / cells / methods

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