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Results: 1-11 |
Results: 11
DIFFERENT EFFICACY OF SOLUBLE CD14 TREATMENT IN HIGH-DOSE AND LOW-DOSE LPS MODELS
Authors: STELTER F WITT S FURLL B JACK RS HARTUNG T SCHUTT C
Citation: F. Stelter et al., DIFFERENT EFFICACY OF SOLUBLE CD14 TREATMENT IN HIGH-DOSE AND LOW-DOSE LPS MODELS, European journal of clinical investigation, 28(3), 1998, pp. 205-213
LIPOPOLYSACCHARIDE-BINDING PROTEIN IS REQUIRED TO COMBAT A MURINE GRAM-NEGATIVE BACTERIAL-INFECTION
Authors: JACK RS FAN XL BERNHEIDEN M RUNE G EHLERS M WEBER A KIRSCH G MENTEL R FURLL B FREUDENBERG M SCHMITZ G STELTER F SCHUTT C
Citation: Rs. Jack et al., LIPOPOLYSACCHARIDE-BINDING PROTEIN IS REQUIRED TO COMBAT A MURINE GRAM-NEGATIVE BACTERIAL-INFECTION, Nature, 389(6652), 1997, pp. 742-745
CHO TRANSFECTANTS PRODUCE LARGE AMOUNTS OF RECOMBINANT PROTEIN IN SUSPENSION-CULTURE
Authors: SCHUTT C FURLL B STELTER F JACK RS WITT S
Citation: C. Schutt et al., CHO TRANSFECTANTS PRODUCE LARGE AMOUNTS OF RECOMBINANT PROTEIN IN SUSPENSION-CULTURE, Journal of immunological methods, 204(1), 1997, pp. 99-102
MUTATION OF AMINO-ACIDS-39-44 OF HUMAN CD14 ABROGATES BINDING OF LIPOPOLYSACCHARIDE AND ESCHERICHIA-COLI
Authors: STELTER F BERNHEIDEN M MENZEL R JACK RS WITT S FAN XL PFISTER M SCHUTT C
Citation: F. Stelter et al., MUTATION OF AMINO-ACIDS-39-44 OF HUMAN CD14 ABROGATES BINDING OF LIPOPOLYSACCHARIDE AND ESCHERICHIA-COLI, European journal of biochemistry, 243(1-2), 1997, pp. 100-109
THE REGION BETWEEN AMINO-ACID-39 TO AMINO-ACID-44 OF HUMAN CD14 IS ESSENTIAL FOR RECOGNITION OF LIPOPOLYSACCHARIDE AND GRAM-NEGATIVE BACTERIA
Authors: FAN X STELTER F BERNHEIDEN M JACK RS WITT S SCHUTT C
Citation: X. Fan et al., THE REGION BETWEEN AMINO-ACID-39 TO AMINO-ACID-44 OF HUMAN CD14 IS ESSENTIAL FOR RECOGNITION OF LIPOPOLYSACCHARIDE AND GRAM-NEGATIVE BACTERIA, Journal of leukocyte biology, 1996, pp. 212-212
A NEW CD14 DEPENDENT PHAGOCYTIC PATHWAY SPECIFIC FOR GRAM-NEGATIVE BACTERIA OPERATES IN HUMAN MONOCYTES
Authors: JACK RS GRUNWALD U FAN X WORKALEMAHU G KALLIES A STELTER F SCHUTT C
Citation: Rs. Jack et al., A NEW CD14 DEPENDENT PHAGOCYTIC PATHWAY SPECIFIC FOR GRAM-NEGATIVE BACTERIA OPERATES IN HUMAN MONOCYTES, Journal of leukocyte biology, 1996, pp. 239-239
MONOCYTES CAN PHAGOCYTOSE GRAM-NEGATIVE BACTERIA BY A CD14-DEPENDENT MECHANISM
Authors: GRUNWALD U FAN XL JACK RS WORKALEMAHU G KALLIES A STELTER F SCHUTT C
Citation: U. Grunwald et al., MONOCYTES CAN PHAGOCYTOSE GRAM-NEGATIVE BACTERIA BY A CD14-DEPENDENT MECHANISM, The Journal of immunology, 157(9), 1996, pp. 4119-4125
THE MYELOID DIFFERENTIATION ANTIGEN CD14 IS N-GLYCOSYLATED AND O-GLYCOSYLATED - CONTRIBUTION OF N-LINKED GLYCOSYLATION TO DIFFERENT SOLUBLECD14 ISOFORMS
Authors: STELTER F PFISTER M BERNHEIDEN M JACK RS BUFLER P ENGELMANN H SCHUTT C
Citation: F. Stelter et al., THE MYELOID DIFFERENTIATION ANTIGEN CD14 IS N-GLYCOSYLATED AND O-GLYCOSYLATED - CONTRIBUTION OF N-LINKED GLYCOSYLATION TO DIFFERENT SOLUBLECD14 ISOFORMS, European journal of biochemistry, 236(2), 1996, pp. 457-464
HUMAN MONOCYTES LACKING THE MEMBRANE-BOUND FORM OF THE BACTERIAL LIPOPOLYSACCHARIDE (LPS) RECEPTOR CD14 CAN MOUNT AN LPS-INDUCED OXIDATIVE BURST RESPONSE MEDIATED BY A SOLUBLE FORM OF CD14
Authors: SCHUTT C SCHILLING T GRUNWALD U STELTER F WITT S KRUGER C JACK RS
Citation: C. Schutt et al., HUMAN MONOCYTES LACKING THE MEMBRANE-BOUND FORM OF THE BACTERIAL LIPOPOLYSACCHARIDE (LPS) RECEPTOR CD14 CAN MOUNT AN LPS-INDUCED OXIDATIVE BURST RESPONSE MEDIATED BY A SOLUBLE FORM OF CD14, Research in immunology, 146(6), 1995, pp. 339-350
BOTH MEMBRANE-BOUND AND SOLUBLE FORMS OF CD14 BIND TO GRAM-NEGATIVE BACTERIA
Authors: JACK RS GRUNWALD U STELTER F WORKALEMAHU G SCHUTT C
Citation: Rs. Jack et al., BOTH MEMBRANE-BOUND AND SOLUBLE FORMS OF CD14 BIND TO GRAM-NEGATIVE BACTERIA, European Journal of Immunology, 25(5), 1995, pp. 1436-1441
GENE INACTIVATION IN DROSOPHILA MEDIATED BY THE POLYCOMB GENE-PRODUCTOR BY POSITION-EFFECT VARIEGATION DOES NOT INVOLVE MAJOR CHANGES IN THE ACCESSIBILITY OF THE CHROMATIN FIBER
Authors: SCHLOSSHERR J EGGERT H PARO R CREMER S JACK RS
Citation: J. Schlossherr et al., GENE INACTIVATION IN DROSOPHILA MEDIATED BY THE POLYCOMB GENE-PRODUCTOR BY POSITION-EFFECT VARIEGATION DOES NOT INVOLVE MAJOR CHANGES IN THE ACCESSIBILITY OF THE CHROMATIN FIBER, MGG. Molecular & general genetics, 243(4), 1994, pp. 453-462
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