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Results: 1-9 |
Results: 9
MEASLES-VIRUS SPREAD AND PATHOGENESIS IN GENETICALLY-MODIFIED MICE
Authors: MRKIC B PAVLOVIC J RULICKE T VOLPE P BUCHHOLZ CJ HOURCADE D ATKINSON JP AGUZZI A CATTANEO R
Citation: B. Mrkic et al., MEASLES-VIRUS SPREAD AND PATHOGENESIS IN GENETICALLY-MODIFIED MICE, Journal of virology, 72(9), 1998, pp. 7420-7427
PRIMARY SEQUENCE OF BABOON CR-1 DEMONSTRATES CONCERTED EVOLUTION WITHIN THE CR-1 GENE
Authors: CLEMENZA L SUBRAMANIAN B HOURCADE D NICKELLS M ATKINSON J
Citation: L. Clemenza et al., PRIMARY SEQUENCE OF BABOON CR-1 DEMONSTRATES CONCERTED EVOLUTION WITHIN THE CR-1 GENE, Molecular immunology, 34(4), 1997, pp. 297-304
IDENTIFICATION OF AMINO-ACIDS SPECIFIC FOR DECAY-ACCELERATING ACTIVITY (DAA) IN COMPLEMENT RECEPTOR-TYPE-1 (CR1, CD35)
Authors: KRYCH M HAUHART R HOURCADE D SUBRAMANIAN B ATKINSON J
Citation: M. Krych et al., IDENTIFICATION OF AMINO-ACIDS SPECIFIC FOR DECAY-ACCELERATING ACTIVITY (DAA) IN COMPLEMENT RECEPTOR-TYPE-1 (CR1, CD35), Journal of allergy and clinical immunology, 99(1), 1997, pp. 1524-1524
THE HUMAN-FACTOR-H-RELATED GENE-2 (FHR2) - STRUCTURE AND LINKAGE TO THE COAGULATION-FACTOR XIIIB GENE
Authors: SKERKA C MOULDS JM TAILLONMILLER P HOURCADE D ZIPFEL PF
Citation: C. Skerka et al., THE HUMAN-FACTOR-H-RELATED GENE-2 (FHR2) - STRUCTURE AND LINKAGE TO THE COAGULATION-FACTOR XIIIB GENE, Immunogenetics, 42(4), 1995, pp. 268-274
MOUSE COMPLEMENT REGULATORY PROTEIN CRRY P65 USES THE SPECIFIC MECHANISMS OF BOTH HUMAN DECAY-ACCELERATING FACTOR AND MEMBRANE COFACTOR PROTEIN/
Authors: KIM YU KINOSHITA T MOLINA H HOURCADE D SEYA T WAGNER LM HOLERS VM
Citation: Yu. Kim et al., MOUSE COMPLEMENT REGULATORY PROTEIN CRRY P65 USES THE SPECIFIC MECHANISMS OF BOTH HUMAN DECAY-ACCELERATING FACTOR AND MEMBRANE COFACTOR PROTEIN/, The Journal of experimental medicine, 181(1), 1995, pp. 151-159
PRIMARY SEQUENCE OF AN ALTERNATIVELY SPLICED FORM OF CR-1 - CANDIDATEFOR THE 75,000-M(R) COMPLEMENT RECEPTOR EXPRESSED ON CHIMPANZEE ERYTHROCYTES
Authors: BIRMINGHAM DJ SHEN XP HOURCADE D NICKELLS MW ATKINSON JP
Citation: Dj. Birmingham et al., PRIMARY SEQUENCE OF AN ALTERNATIVELY SPLICED FORM OF CR-1 - CANDIDATEFOR THE 75,000-M(R) COMPLEMENT RECEPTOR EXPRESSED ON CHIMPANZEE ERYTHROCYTES, The Journal of immunology, 153(2), 1994, pp. 691-700
ANALYSIS OF THE FUNCTIONAL DOMAINS OF COMPLEMENT RECEPTOR-TYPE-1 (C3BC4B RECEPTOR, CD35) BY SUBSTITUTION MUTAGENESIS/
Authors: KRYCH M CLEMENZA L HOWDESHELL D HAUHART R HOURCADE D ATKINSON JP
Citation: M. Krych et al., ANALYSIS OF THE FUNCTIONAL DOMAINS OF COMPLEMENT RECEPTOR-TYPE-1 (C3BC4B RECEPTOR, CD35) BY SUBSTITUTION MUTAGENESIS/, The Journal of biological chemistry, 269(18), 1994, pp. 13273-13278
CHARACTERIZATION OF THE PROMOTER REGION OF THE MEMBRANE COFACTOR PROTEIN (CD46) GENE OF THE HUMAN-COMPLEMENT SYSTEM AND COMPARISON TO A MEMBRANE COFACTOR PROTEIN-LIKE GENETIC ELEMENT
Authors: CUI WI HOURCADE D POST T GREENLUND AC ATKINSON JP KUMAR V
Citation: Wi. Cui et al., CHARACTERIZATION OF THE PROMOTER REGION OF THE MEMBRANE COFACTOR PROTEIN (CD46) GENE OF THE HUMAN-COMPLEMENT SYSTEM AND COMPARISON TO A MEMBRANE COFACTOR PROTEIN-LIKE GENETIC ELEMENT, The Journal of immunology, 151(8), 1993, pp. 4137-4146
FURTHER IDENTIFICATION IN COMPLEMENT RECEPTOR TYPE-1 (CR-1 CD35) OF AMINO-ACIDS IMPORTANT FOR C3B AND C4B BINDING AND FOR COFACTOR ACTIVITY
Authors: CLEMENZA L HAUHART R HOURCADE D ATKINSON JP KRYCH M
Citation: L. Clemenza et al., FURTHER IDENTIFICATION IN COMPLEMENT RECEPTOR TYPE-1 (CR-1 CD35) OF AMINO-ACIDS IMPORTANT FOR C3B AND C4B BINDING AND FOR COFACTOR ACTIVITY, The Journal of immunology, 150(8), 1993, pp. 14-14
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