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Results: 1-7 |
Results: 7
THE C-PROTEINASE THAT PROCESSES PROCOLLAGENS TO FIBRILLAR COLLAGENS IS IDENTICAL TO THE PROTEIN PREVIOUSLY IDENTIFIED AS BONE MORPHOGENIC PROTEIN-1
Authors: SIERON AL LI SW KHAN T ARNOLD WV SAHM K FERTALA A HOJIMA Y PROCKOP DJ
Citation: Al. Sieron et al., THE C-PROTEINASE THAT PROCESSES PROCOLLAGENS TO FIBRILLAR COLLAGENS IS IDENTICAL TO THE PROTEIN PREVIOUSLY IDENTIFIED AS BONE MORPHOGENIC PROTEIN-1, Matrix biology, 15(3), 1996, pp. 149-149
THE C-PROTEINASE THAT PROCESSES PROCOLLAGENS TO FIBRILLAR COLLAGENS IS IDENTICAL TO THE PROTEIN PREVIOUSLY IDENTIFIED AS BONE MORPHOGENIC PROTEIN-1
Authors: LI SW SIERON AL FERTALA A HOJIMA Y ARNOLD WV PROCKOP DJ
Citation: Sw. Li et al., THE C-PROTEINASE THAT PROCESSES PROCOLLAGENS TO FIBRILLAR COLLAGENS IS IDENTICAL TO THE PROTEIN PREVIOUSLY IDENTIFIED AS BONE MORPHOGENIC PROTEIN-1, Proceedings of the National Academy of Sciences of the United Statesof America, 93(10), 1996, pp. 5127-5130
CADMIUM IONS INHIBIT PROCOLLAGEN C-PROTEINASE AND CUPRIC IONS INHIBITPROCOLLAGEN N-PROTEINASE
Authors: HOJIMA Y BEHTA B ROMANIC AM PROCKOP DJ
Citation: Y. Hojima et al., CADMIUM IONS INHIBIT PROCOLLAGEN C-PROTEINASE AND CUPRIC IONS INHIBITPROCOLLAGEN N-PROTEINASE, Matrix biology, 14(2), 1994, pp. 113-120
CHARACTERIZATION OF TYPE-I PROCOLLAGEN N-PROTEINASE FROM FETAL BOVINETENDON AND SKIN - PURIFICATION OF THE 500-KILODALTON FORM OF THE ENZYME FROM BOVINE TENDON
Authors: HOJIMA Y MORGELIN MM ENGEL J BOUTILLON MM VANDERREST M MCKENZIE J CHEN GC RAFI N ROMANIC AM PROCKOP DJ
Citation: Y. Hojima et al., CHARACTERIZATION OF TYPE-I PROCOLLAGEN N-PROTEINASE FROM FETAL BOVINETENDON AND SKIN - PURIFICATION OF THE 500-KILODALTON FORM OF THE ENZYME FROM BOVINE TENDON, The Journal of biological chemistry, 269(15), 1994, pp. 11381-11390
SELF-ASSEMBLY INTO FIBRILS OF COLLAGEN-II BY ENZYMATIC CLEAVAGE OF RECOMBINANT PROCOLLAGEN-II - LAG PERIOD, CRITICAL CONCENTRATION, AND MORPHOLOGY OF FIBRILS DIFFER FROM COLLAGEN-I
Authors: FERTALA A SIERON AL HOJIMA Y GANGULY A PROCKOP DJ
Citation: A. Fertala et al., SELF-ASSEMBLY INTO FIBRILS OF COLLAGEN-II BY ENZYMATIC CLEAVAGE OF RECOMBINANT PROCOLLAGEN-II - LAG PERIOD, CRITICAL CONCENTRATION, AND MORPHOLOGY OF FIBRILS DIFFER FROM COLLAGEN-I, The Journal of biological chemistry, 269(15), 1994, pp. 11584-11589
SELF-ASSEMBLY OF COLLAGEN-I FROM A PROBAND HOMOZYGOUS FOR A MUTATION THAT SUBSTITUTED SERINE FOR GLYCINE AT POSITION-661 IN THE ALPHA-2(I) CHAIN - POSSIBLE RELATIONSHIP BETWEEN THE EFFECTS OF MUTATIONS ON CRITICAL CONCENTRATION AND THE SEVERITY OF THE PHENOTYPE
Authors: ROMANIC AM SPOTILA LD ADACHI E ENGEL J HOJIMA Y PROCKOP DJ
Citation: Am. Romanic et al., SELF-ASSEMBLY OF COLLAGEN-I FROM A PROBAND HOMOZYGOUS FOR A MUTATION THAT SUBSTITUTED SERINE FOR GLYCINE AT POSITION-661 IN THE ALPHA-2(I) CHAIN - POSSIBLE RELATIONSHIP BETWEEN THE EFFECTS OF MUTATIONS ON CRITICAL CONCENTRATION AND THE SEVERITY OF THE PHENOTYPE, The Journal of biological chemistry, 269(15), 1994, pp. 11614-11619
CLEAVAGE OF TYPE-I PROCOLLAGEN BY C-PROTEINASES AND N-PROTEINASES IS MORE RAPID IF THE SUBSTRATE IS AGGREGATED WITH DEXTRAN SULFATE OR POLYETHYLENE-GLYCOL
Authors: HOJIMA Y BEHTA B ROMANIC AM PROCKOP DJ
Citation: Y. Hojima et al., CLEAVAGE OF TYPE-I PROCOLLAGEN BY C-PROTEINASES AND N-PROTEINASES IS MORE RAPID IF THE SUBSTRATE IS AGGREGATED WITH DEXTRAN SULFATE OR POLYETHYLENE-GLYCOL, Analytical biochemistry, 223(2), 1994, pp. 173-180
Risultati: 1-7 |