AAAAAA

   
Results: 1-20 |
Results: 20
SPECIFIC GLYCANFORMS OF TYPE-IX COLLAGEN ACCUMULATE IN EMBRYONIC CHICK STERNA AFTER 17 DAYS OF DEVELOPMENT
Authors: DOUGLAS SP KADLER KE
Citation: Sp. Douglas et Ke. Kadler, SPECIFIC GLYCANFORMS OF TYPE-IX COLLAGEN ACCUMULATE IN EMBRYONIC CHICK STERNA AFTER 17 DAYS OF DEVELOPMENT, Glycobiology, 8(10), 1998, pp. 1013-1019
COLLAGEN-IX - EVIDENCE FOR A STRUCTURAL ASSOCIATION BETWEEN NC4 DOMAINS IN CARTILAGE AND A NOVEL CLEAVAGE SITE IN THE ALPHA-1(IX) CHAIN
Authors: DOUGLAS SP JENKINS JM KADLER KE
Citation: Sp. Douglas et al., COLLAGEN-IX - EVIDENCE FOR A STRUCTURAL ASSOCIATION BETWEEN NC4 DOMAINS IN CARTILAGE AND A NOVEL CLEAVAGE SITE IN THE ALPHA-1(IX) CHAIN, Matrix biology, 16(8), 1998, pp. 497-505
COLLAGEN FIBRILS FORMING IN DEVELOPING TENDON SHOW AN EARLY AND ABRUPT LIMITATION IN DIAMETER AT THE GROWING TIPS
Authors: HOLMES DF GRAHAM HK KADLER KE
Citation: Df. Holmes et al., COLLAGEN FIBRILS FORMING IN DEVELOPING TENDON SHOW AN EARLY AND ABRUPT LIMITATION IN DIAMETER AT THE GROWING TIPS, Journal of Molecular Biology, 283(5), 1998, pp. 1049-1058
SURFACE LOCATED PROCOLLAGEN N-PROPEPTIDES ON DERMATOSPARACTIC COLLAGEN FIBRILS ARE NOT CLEAVED BY PROCOLLAGEN N-PROTEINASE AND DO NOT INHIBIT BINDING OF DECORIN TO THE FIBRIL SURFACE
Authors: WATSON RB HOLMES DF GRAHAM HK NUSGENS BV KADLER KE
Citation: Rb. Watson et al., SURFACE LOCATED PROCOLLAGEN N-PROPEPTIDES ON DERMATOSPARACTIC COLLAGEN FIBRILS ARE NOT CLEAVED BY PROCOLLAGEN N-PROTEINASE AND DO NOT INHIBIT BINDING OF DECORIN TO THE FIBRIL SURFACE, Journal of Molecular Biology, 278(1), 1998, pp. 195-204
TARGETED DISRUPTION OF DECORIN LEADS TO ABNORMAL COLLAGEN FIBRIL MORPHOLOGY AND SKIN FRAGILITY
Authors: DANIELSON KG BARIBAULT H HOLMES DF GRAHAM H KADLER KE IOZZO RV
Citation: Kg. Danielson et al., TARGETED DISRUPTION OF DECORIN LEADS TO ABNORMAL COLLAGEN FIBRIL MORPHOLOGY AND SKIN FRAGILITY, The Journal of cell biology, 136(3), 1997, pp. 729-743
INTRODUCTION - COLLAGENS - FOLDING, FACITS, MULTIPLEXINS, MEMBRANE-SPANNING AND INTEGRIN-COLLAGEN
Authors: KADLER KE
Citation: Ke. Kadler, INTRODUCTION - COLLAGENS - FOLDING, FACITS, MULTIPLEXINS, MEMBRANE-SPANNING AND INTEGRIN-COLLAGEN, SEMINARS IN CELL & DEVELOPMENTAL BIOLOGY, 7(5), 1996, pp. 629-630
THE FAMILY OF PROCOLLAGEN N-PROTEINASES - MOLECULAR-CLONING, EXPRESSION AND LOCALIZATION OF A NOVEL MEMBER, A PUTATIVE METALLOPEPTIDASE OF 33 KDA (PRSM-1)
Authors: SCOTT IC HALILA R JENKINS JM KADLER KE
Citation: Ic. Scott et al., THE FAMILY OF PROCOLLAGEN N-PROTEINASES - MOLECULAR-CLONING, EXPRESSION AND LOCALIZATION OF A NOVEL MEMBER, A PUTATIVE METALLOPEPTIDASE OF 33 KDA (PRSM-1), Matrix biology, 15(3), 1996, pp. 154-154
MOLECULAR-CLONING, EXPRESSION AND CHROMOSOMAL LOCALIZATION OF A HUMANGENE ENCODING A 33 KDA PUTATIVE METALLOPEPTIDASE (PRSM1)
Authors: SCOTT IC HALILA R JENKINS JM MEHAN S APOSTOLOU S WINQVIST R CALLEN DF PROCKOP DJ PELTONEN L KADLER KE
Citation: Ic. Scott et al., MOLECULAR-CLONING, EXPRESSION AND CHROMOSOMAL LOCALIZATION OF A HUMANGENE ENCODING A 33 KDA PUTATIVE METALLOPEPTIDASE (PRSM1), Gene, 174(1), 1996, pp. 135-143
COLLAGEN FIBRIL FORMATION
Authors: KADLER KE HOLMES DF TROTTER JA CHAPMAN JA
Citation: Ke. Kadler et al., COLLAGEN FIBRIL FORMATION, Biochemical journal, 316, 1996, pp. 1-11
TRACING THE PATHWAY BETWEEN MUTATION AND PHENOTYPE IN OSTEOGENESIS IMPERFECTA - ISOLATION OF MINERALIZATION-SPECIFIC GENES
Authors: CULBERT AA WALLIS GA KADLER KE
Citation: Aa. Culbert et al., TRACING THE PATHWAY BETWEEN MUTATION AND PHENOTYPE IN OSTEOGENESIS IMPERFECTA - ISOLATION OF MINERALIZATION-SPECIFIC GENES, American journal of medical genetics, 63(1), 1996, pp. 167-174
ENZYMATIC CONTROL OF COLLAGEN FIBRIL SHAPE
Authors: HOLMES DF WATSON RB CHAPMAN JA KADLER KE
Citation: Df. Holmes et al., ENZYMATIC CONTROL OF COLLAGEN FIBRIL SHAPE, Journal of Molecular Biology, 261(2), 1996, pp. 93-97
ASSEMBLY IN-VITRO OF THIN AND THICK FIBRILS OF COLLAGEN-II FROM RECOMBINANT PROCOLLAGEN-II - THE MONOMERS IN THE TIPS OF THICK FIBRILS HAVETHE OPPOSITE ORIENTATION FROM MONOMERS IN THE GROWING TIPS OF COLLAGEN-I FIBRILS
Authors: FERTALA A HOLMES DF KADLER KE SIERON AL PROCKOP DJ
Citation: A. Fertala et al., ASSEMBLY IN-VITRO OF THIN AND THICK FIBRILS OF COLLAGEN-II FROM RECOMBINANT PROCOLLAGEN-II - THE MONOMERS IN THE TIPS OF THICK FIBRILS HAVETHE OPPOSITE ORIENTATION FROM MONOMERS IN THE GROWING TIPS OF COLLAGEN-I FIBRILS, The Journal of biological chemistry, 271(25), 1996, pp. 14864-14869
SUBSTITUTIONS OF ASPARTIC-ACID FOR GLYCINE-220 AND OF ARGININE FOR GLYCINE-664 IN THE TRIPLE-HELIX OF THE PRO-ALPHA-1(I) CHAIN OF TYPE-I PROCOLLAGEN PRODUCE LETHAL OSTEOGENESIS IMPERFECTA AND DISRUPT THE ABILITY OF COLLAGEN FIBRILS TO INCORPORATE CRYSTALLINE HYDROXYAPATITE
Authors: CULBERT AA LOWE MP ATKINSON M BYERS PH WALLIS GA KADLER KE
Citation: Aa. Culbert et al., SUBSTITUTIONS OF ASPARTIC-ACID FOR GLYCINE-220 AND OF ARGININE FOR GLYCINE-664 IN THE TRIPLE-HELIX OF THE PRO-ALPHA-1(I) CHAIN OF TYPE-I PROCOLLAGEN PRODUCE LETHAL OSTEOGENESIS IMPERFECTA AND DISRUPT THE ABILITY OF COLLAGEN FIBRILS TO INCORPORATE CRYSTALLINE HYDROXYAPATITE, Biochemical journal, 311, 1995, pp. 815-820
SIMPLE PHYSICAL MODEL OF COLLAGEN FIBRILLOGENESIS BASED ON DIFFUSION-LIMITED AGGREGATION
Authors: PARKINSON J KADLER KE BRASS A
Citation: J. Parkinson et al., SIMPLE PHYSICAL MODEL OF COLLAGEN FIBRILLOGENESIS BASED ON DIFFUSION-LIMITED AGGREGATION, Journal of Molecular Biology, 247(4), 1995, pp. 823-831
SELF-ASSEMBLY OF RODLIKE PARTICLES IN 2 DIMENSIONS - A SIMPLE-MODEL FOR COLLAGEN FIBRILLOGENESIS
Authors: PARKINSON J KADLER KE BRASS A
Citation: J. Parkinson et al., SELF-ASSEMBLY OF RODLIKE PARTICLES IN 2 DIMENSIONS - A SIMPLE-MODEL FOR COLLAGEN FIBRILLOGENESIS, Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics, 50(4), 1994, pp. 2963-2966
SELF-ASSEMBLY OF RODLIKE PARTICLES IN 2 DIMENSIONS - A SIMPLE-MODEL FOR COLLAGEN FIBRILLOGENESIS
Authors: PARKINSON J KADLER KE BRASS A
Citation: J. Parkinson et al., SELF-ASSEMBLY OF RODLIKE PARTICLES IN 2 DIMENSIONS - A SIMPLE-MODEL FOR COLLAGEN FIBRILLOGENESIS, Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics, 50(4), 1994, pp. 2963-2966
SUBSTITUTION OF SERINE FOR GLYCINE-883 IN THE TRIPLE-HELIX OF THE PRO-ALPHA-1(I) CHAIN OF TYPE-I PROCOLLAGEN PRODUCES OSTEOGENESIS IMPERFECTA TYPE-IV AND INTRODUCES A STRUCTURAL-CHANGE IN THE TRIPLE-HELIX THATDOES NOT ALTER CLEAVAGE OF THE MOLECULE BY PROCOLLAGEN N-PROTEINASE
Authors: LIGHTFOOT SJ ATKINSON MS MURPHY G BYERS PH KADLER KE
Citation: Sj. Lightfoot et al., SUBSTITUTION OF SERINE FOR GLYCINE-883 IN THE TRIPLE-HELIX OF THE PRO-ALPHA-1(I) CHAIN OF TYPE-I PROCOLLAGEN PRODUCES OSTEOGENESIS IMPERFECTA TYPE-IV AND INTRODUCES A STRUCTURAL-CHANGE IN THE TRIPLE-HELIX THATDOES NOT ALTER CLEAVAGE OF THE MOLECULE BY PROCOLLAGEN N-PROTEINASE, The Journal of biological chemistry, 269(48), 1994, pp. 30352-30357
LEARNING HOW MUTATIONS IN TYPE-I COLLAGEN GENES CAUSE CONNECTIVE-TISSUE DISEASE
Authors: KADLER KE
Citation: Ke. Kadler, LEARNING HOW MUTATIONS IN TYPE-I COLLAGEN GENES CAUSE CONNECTIVE-TISSUE DISEASE, International journal of experimental pathology, 74(4), 1993, pp. 319-323
COLLAGEN FIBRILLOGENESIS - TRACING THE PATHWAY BETWEEN MUTATIONS IN COLLAGEN GENES AND CONNECTIVE-TISSUE DISEASE
Authors: KADLER KE HOLMES DF LIGHTFOOT SJ WATSON RB
Citation: Ke. Kadler et al., COLLAGEN FIBRILLOGENESIS - TRACING THE PATHWAY BETWEEN MUTATIONS IN COLLAGEN GENES AND CONNECTIVE-TISSUE DISEASE, Journal of cellular biochemistry, 1993, pp. 145-145
EHLERS-DANLOS SYNDROME TYPE-VIIB - MORPHOLOGY OF TYPE-I COLLAGEN FIBRILS FORMED IN-VIVO AND IN-VITRO IS DETERMINED BY THE CONFORMATION OF THE RETAINED N-PROPEPTIDE
Authors: HOLMES DF WATSON RB STEINMANN B KADLER KE
Citation: Df. Holmes et al., EHLERS-DANLOS SYNDROME TYPE-VIIB - MORPHOLOGY OF TYPE-I COLLAGEN FIBRILS FORMED IN-VIVO AND IN-VITRO IS DETERMINED BY THE CONFORMATION OF THE RETAINED N-PROPEPTIDE, The Journal of biological chemistry, 268(21), 1993, pp. 15758-15765
Risultati: 1-20 |