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Results: 1-11 |
Results: 11
COMPARISONS OF THE ABILITY OF HUMAN IGG3 HINGE MUTANTS, IGM, IGE, ANDIGA2, TO FORM SMALL IMMUNE-COMPLEXES - A ROLE FOR FLEXIBILITY AND GEOMETRY
Authors: ROUX KH STRELETS L BREKKE OH SANDLIE I MICHAELSEN TE
Citation: Kh. Roux et al., COMPARISONS OF THE ABILITY OF HUMAN IGG3 HINGE MUTANTS, IGM, IGE, ANDIGA2, TO FORM SMALL IMMUNE-COMPLEXES - A ROLE FOR FLEXIBILITY AND GEOMETRY, The Journal of immunology (1950), 161(8), 1998, pp. 4083-4090
IDENTIFICATION AND CHARACTERIZATION OF C1Q-BINDING PHAGE DISPLAYED PEPTIDES
Authors: LAUVRAK V BREKKE OH IHLE O LINDQVIST BH
Citation: V. Lauvrak et al., IDENTIFICATION AND CHARACTERIZATION OF C1Q-BINDING PHAGE DISPLAYED PEPTIDES, Biological chemistry, 378(12), 1997, pp. 1509-1519
THE ROLE OF THE HINGE REGION IN HUMAN-IGG IMMUNE-COMPLEX FORMATION
Authors: STRELETS L ROUX KH BREKKE OH SANDLIE I MICHAELSEN T
Citation: L. Strelets et al., THE ROLE OF THE HINGE REGION IN HUMAN-IGG IMMUNE-COMPLEX FORMATION, The FASEB journal, 10(6), 1996, pp. 973-973
ACTIVATION OF COMPLEMENT BY AN IGG MOLECULE WITHOUT A GENETIC HINGE (VOL 363, PG 628, 1993)
Authors: BREKKE OH MICHAELSEN TE SANDLIN R SANDLIE I
Citation: Oh. Brekke et al., ACTIVATION OF COMPLEMENT BY AN IGG MOLECULE WITHOUT A GENETIC HINGE (VOL 363, PG 628, 1993), Nature, 383(6595), 1996, pp. 103-103
THE STRUCTURAL REQUIREMENTS FOR COMPLEMENT ACTIVATION BY IGG - DOES IT HINGE ON THE HINGE
Authors: BREKKE OH MICHAELSEN TE SANDLIE I
Citation: Oh. Brekke et al., THE STRUCTURAL REQUIREMENTS FOR COMPLEMENT ACTIVATION BY IGG - DOES IT HINGE ON THE HINGE, Immunology today, 16(2), 1995, pp. 85-90
INFLUENCE OF HINGE-STRUCTURE OF EFFECTOR FUNCTIONS - ONE S-S BOND IN FRONT OF THE CH2 DOMAIN IS NECESSARY AND SUFFICIENT FOR EFFECTOR FUNCTION OF HUMAN IGG3 WITHOUT A GENETIC HINGE
Authors: MICHAELSEN TE AASE A SANDIN RH BREKKE OH BREMNES B NORDERHAUG L SANDIE I
Citation: Te. Michaelsen et al., INFLUENCE OF HINGE-STRUCTURE OF EFFECTOR FUNCTIONS - ONE S-S BOND IN FRONT OF THE CH2 DOMAIN IS NECESSARY AND SUFFICIENT FOR EFFECTOR FUNCTION OF HUMAN IGG3 WITHOUT A GENETIC HINGE, Journal of cellular biochemistry, 1994, pp. 208-208
ONE DISULFIDE BOND IN FRONT OF THE 2ND HEAVY-CHAIN CONSTANT-REGION ISNECESSARY AND SUFFICIENT FOR EFFECTOR FUNCTIONS OF HUMAN IGG3 WITHOUTA GENETIC HINGE
Authors: MICHAELSEN TE BREKKE OH AASE A SANDIN RH BREMNES B SANDLIE I
Citation: Te. Michaelsen et al., ONE DISULFIDE BOND IN FRONT OF THE 2ND HEAVY-CHAIN CONSTANT-REGION ISNECESSARY AND SUFFICIENT FOR EFFECTOR FUNCTIONS OF HUMAN IGG3 WITHOUTA GENETIC HINGE, Proceedings of the National Academy of Sciences of the United Statesof America, 91(20), 1994, pp. 9243-9247
HUMAN-IGG ISOTYPE-SPECIFIC AMINO-ACID-RESIDUES AFFECTING COMPLEMENT-MEDIATED CELL-LYSIS AND PHAGOCYTOSIS
Authors: BREKKE OH MICHAELSEN TE AASE A SANDIN RH SANDLIE I
Citation: Oh. Brekke et al., HUMAN-IGG ISOTYPE-SPECIFIC AMINO-ACID-RESIDUES AFFECTING COMPLEMENT-MEDIATED CELL-LYSIS AND PHAGOCYTOSIS, European Journal of Immunology, 24(10), 1994, pp. 2542-2547
HUMAN IGG3 CAN ADOPT THE DISULFIDE BOND PATTERN CHARACTERISTIC FOR IGG1 WITHOUT RESEMBLING IT IN COMPLEMENT-MEDIATED CELL-LYSIS
Authors: BREKKE OH BREMNES B SANDIN R AASE A MICHAELSEN TE SANDLIE I
Citation: Oh. Brekke et al., HUMAN IGG3 CAN ADOPT THE DISULFIDE BOND PATTERN CHARACTERISTIC FOR IGG1 WITHOUT RESEMBLING IT IN COMPLEMENT-MEDIATED CELL-LYSIS, Molecular immunology, 30(16), 1993, pp. 1419-1425
ACTIVATION OF COMPLEMENT BY AN IGG MOLECULE WITHOUT A GENETIC HINGE
Authors: BREKKE OH MICHAELSEN TE SANDIN R SANDLIE I
Citation: Oh. Brekke et al., ACTIVATION OF COMPLEMENT BY AN IGG MOLECULE WITHOUT A GENETIC HINGE, Nature, 363(6430), 1993, pp. 628-630
THE EXTENDED HINGE REGION OF IGG3 IS NOT REQUIRED FOR HIGH PHAGOCYTICCAPACITY MEDIATED BY FC-GAMMA-RECEPTORS, BUT THE HEAVY-CHAINS MUST BEDISULFIDE-BONDED
Authors: AASE A SANDLIE I NORDERHAUG L BREKKE OH MICHAELSEN TE
Citation: A. Aase et al., THE EXTENDED HINGE REGION OF IGG3 IS NOT REQUIRED FOR HIGH PHAGOCYTICCAPACITY MEDIATED BY FC-GAMMA-RECEPTORS, BUT THE HEAVY-CHAINS MUST BEDISULFIDE-BONDED, European Journal of Immunology, 23(7), 1993, pp. 1546-1551
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