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Results: 1-20 |
Results: 20
FATE OF JEJUNAL MAST-CELLS IN MICE INFECTED WITH TRICHINELLA-SPIRALIS
Authors: FRIEND DS GURISH MF HUNT J HU X AUSTEN KF STEVENS RL
Citation: Ds. Friend et al., FATE OF JEJUNAL MAST-CELLS IN MICE INFECTED WITH TRICHINELLA-SPIRALIS, The FASEB journal, 12(5), 1998, pp. 5179-5179
CUTTING EDGE - GENERATION OF A NOVEL STEM-CELL FACTOR-DEPENDENT MAST-CELL PROGENITOR
Authors: YUAN Q GURISH MF FRIEND DS AUSTEN KF BOYCE JA
Citation: Q. Yuan et al., CUTTING EDGE - GENERATION OF A NOVEL STEM-CELL FACTOR-DEPENDENT MAST-CELL PROGENITOR, The Journal of immunology (1950), 161(10), 1998, pp. 5143-5146
REVERSIBLE EXPRESSION OF TRYPTASES AND CHYMASES IN THE JEJUNAL MAST-CELLS OF MICE INFECTED WITH TRICHINELLA-SPIRALIS
Authors: FRIEND DS GHILDYAL N GURISH MF HUNT J HU XZ AUSTEN KF STEVENS RL
Citation: Ds. Friend et al., REVERSIBLE EXPRESSION OF TRYPTASES AND CHYMASES IN THE JEJUNAL MAST-CELLS OF MICE INFECTED WITH TRICHINELLA-SPIRALIS, The Journal of immunology, 160(11), 1998, pp. 5537-5545
LOCATION OF A CIS-ACTING ELEMENT THAT PROMOTES THE TRANSCRIPTION OF THE GENE THAT ENCODES MOUSE MAST-CELL PROTEASE-5 (MMCP-5)
Authors: GURISH MF FERNANDEZ T AUSTEN KF STEVENS RL
Citation: Mf. Gurish et al., LOCATION OF A CIS-ACTING ELEMENT THAT PROMOTES THE TRANSCRIPTION OF THE GENE THAT ENCODES MOUSE MAST-CELL PROTEASE-5 (MMCP-5), Journal of allergy and clinical immunology, 99(1), 1997, pp. 1509-1509
FIBRINOGEN IS THE PREFERRED SUBSTRATE OF THE TRYPTASE, MOUSE MAST-CELL PROTEASE-7 (MMCP-7)
Authors: HUANG C WONG G SALI A GHILDYAL N GURISH MF STEVENS RL
Citation: C. Huang et al., FIBRINOGEN IS THE PREFERRED SUBSTRATE OF THE TRYPTASE, MOUSE MAST-CELL PROTEASE-7 (MMCP-7), Journal of allergy and clinical immunology, 99(1), 1997, pp. 1512-1512
THE TRYPTASE, MOUSE MAST-CELL PROTEASE-7, EXHIBITS ANTICOAGULANT ACTIVITY IN-VIVO AND IN-VITRO DUE TO ITS ABILITY TO DEGRADE FIBRINOGEN IN THE PRESENCE OF THE DIVERSE ARRAY OF PROTEASE INHIBITORS IN PLASMA
Authors: HUANG CF WONG GW GHILDYAL N GURISH MF SALI A MATSUMOTO R QIU WT STEVENS RL
Citation: Cf. Huang et al., THE TRYPTASE, MOUSE MAST-CELL PROTEASE-7, EXHIBITS ANTICOAGULANT ACTIVITY IN-VIVO AND IN-VITRO DUE TO ITS ABILITY TO DEGRADE FIBRINOGEN IN THE PRESENCE OF THE DIVERSE ARRAY OF PROTEASE INHIBITORS IN PLASMA, The Journal of biological chemistry, 272(50), 1997, pp. 31885-31893
MOUSE MAST-CELL PROTEASE-9, A NOVEL MEMBER OF THE CHROMOSOME-14 FAMILY OF SERINE PROTEASES THAT IS SELECTIVELY EXPRESSED IN UTERINE MAST-CELLS
Authors: HUNT JE FRIEND DS GURISH MF FEYFANT E SALI A HUANG CF GHILDYAL N STECHSCHULTE S AUSTEN KF STEVENS RL
Citation: Je. Hunt et al., MOUSE MAST-CELL PROTEASE-9, A NOVEL MEMBER OF THE CHROMOSOME-14 FAMILY OF SERINE PROTEASES THAT IS SELECTIVELY EXPRESSED IN UTERINE MAST-CELLS, The Journal of biological chemistry, 272(46), 1997, pp. 29158-29166
MOUSE MAST-CELLS THAT POSSESS SEGMENTED MULTI-LOBULAR NUCLEI/
Authors: GURISH MF FRIEND DS WEBSTER M GHILDYAL N NICODEMUS CF STEVENS RL
Citation: Mf. Gurish et al., MOUSE MAST-CELLS THAT POSSESS SEGMENTED MULTI-LOBULAR NUCLEI/, Blood, 90(1), 1997, pp. 382-390
A SINGLE PROGENITOR-CELL CAN GIVE RISE TO MAST-CELLS (MC) IN THE MOUSE THAT POSSESS SEGMENTED OR NONSEGMENTED NUCLEI
Authors: GURISH MF FRIEND DS GHILDYAL N WEBSTER M STEVENS RL
Citation: Mf. Gurish et al., A SINGLE PROGENITOR-CELL CAN GIVE RISE TO MAST-CELLS (MC) IN THE MOUSE THAT POSSESS SEGMENTED OR NONSEGMENTED NUCLEI, The FASEB journal, 10(6), 1996, pp. 132-132
MOUSE MAST-CELLS (MC) THAT RESIDE AT DIFFERENT LOCATIONS IN THE JEJUNUM EXHIBIT SEQUENTIAL-CHANGES IN THEIR GRANULE CHYMASE PHENOTYPE IN RESPONSE TO TRICHINELLA SPIRALIS-INFECTION
Authors: GHILDYAL N FRIEND DS AUSTEN KF GURISH MF STEVENS RL
Citation: N. Ghildyal et al., MOUSE MAST-CELLS (MC) THAT RESIDE AT DIFFERENT LOCATIONS IN THE JEJUNUM EXHIBIT SEQUENTIAL-CHANGES IN THEIR GRANULE CHYMASE PHENOTYPE IN RESPONSE TO TRICHINELLA SPIRALIS-INFECTION, The FASEB journal, 10(6), 1996, pp. 133-133
MONONUCLEAR EOSINOPHILS DEVELOPED IN-VITRO FROM HYBRID EOSINOPHIL BASOPHIL GRANULOCYTES PRODUCE GM-CSF/
Authors: BOYCE JA FRIEND D GURISH MF AUSTEN KF OWEN WF
Citation: Ja. Boyce et al., MONONUCLEAR EOSINOPHILS DEVELOPED IN-VITRO FROM HYBRID EOSINOPHIL BASOPHIL GRANULOCYTES PRODUCE GM-CSF/, Journal of allergy and clinical immunology, 97(1), 1996, pp. 372-372
CONSTITUTIVE PRODUCTION OF GRANULOCYTE-MACROPHAGE COLONY-STIMULATING FACTOR BY HYPODENSE MONONUCLEAR EOSINOPHILS DEVELOPED IN-VITRO FROM HYBRID EOSINOPHIL BASOPHIL GRANULOCYTES
Authors: BOYCE JA FRIEND D GURISH MF AUSTEN KF OWEN WF
Citation: Ja. Boyce et al., CONSTITUTIVE PRODUCTION OF GRANULOCYTE-MACROPHAGE COLONY-STIMULATING FACTOR BY HYPODENSE MONONUCLEAR EOSINOPHILS DEVELOPED IN-VITRO FROM HYBRID EOSINOPHIL BASOPHIL GRANULOCYTES, Proceedings of the National Academy of Sciences of the United Statesof America, 93(6), 1996, pp. 2436-2441
FATE OF 2 MAST-CELL TRYPTASES IN V3 MASTOCYTOSIS AND NORMAL BALB C MICE UNDERGOING PASSIVE SYSTEMIC-ANAPHYLAXIS - PROLONGED RETENTION OF EXOCYTOSED MMCP-6 IN CONNECTIVE TISSUES, AND RAPID ACCUMULATION OF ENZYMATICALLY ACTIVE MMCP-7 IN THE BLOOD/
Authors: GHILDYAL N FRIEND DS STEVENS RL AUSTEN KF HUANG CF PENROSE JF SALI A GURISH MF
Citation: N. Ghildyal et al., FATE OF 2 MAST-CELL TRYPTASES IN V3 MASTOCYTOSIS AND NORMAL BALB C MICE UNDERGOING PASSIVE SYSTEMIC-ANAPHYLAXIS - PROLONGED RETENTION OF EXOCYTOSED MMCP-6 IN CONNECTIVE TISSUES, AND RAPID ACCUMULATION OF ENZYMATICALLY ACTIVE MMCP-7 IN THE BLOOD/, The Journal of experimental medicine, 184(3), 1996, pp. 1061-1073
MAST-CELLS THAT RESIDE AT DIFFERENT LOCATIONS IN THE JEJUNUM OF MICE INFECTED WITH TRICHINELLA-SPIRALIS EXHIBIT SEQUENTIAL-CHANGES IN THEIRGRANULE ULTRASTRUCTURE AND CHYMASE PHENOTYPE
Authors: FRIEND DS GHILDYAL N AUSTEN KF GURISH MF MATSUMOTO R STEVENS RL
Citation: Ds. Friend et al., MAST-CELLS THAT RESIDE AT DIFFERENT LOCATIONS IN THE JEJUNUM OF MICE INFECTED WITH TRICHINELLA-SPIRALIS EXHIBIT SEQUENTIAL-CHANGES IN THEIRGRANULE ULTRASTRUCTURE AND CHYMASE PHENOTYPE, The Journal of cell biology, 135(1), 1996, pp. 279-290
TISSUE-REGULATED DIFFERENTIATION AND MATURATION OF A V-ABL-IMMORTALIZED MAST CELL-COMMITTED PROGENITOR
Authors: GURISH MF PEAR WS STEVENS RL SCOTT ML SOKOL K GHILDYAL N WEBSTER MJ HU XZ AUSTEN KF BALTIMORE D FRIEND DS
Citation: Mf. Gurish et al., TISSUE-REGULATED DIFFERENTIATION AND MATURATION OF A V-ABL-IMMORTALIZED MAST CELL-COMMITTED PROGENITOR, Immunity, 3(2), 1995, pp. 175-186
MOLECULAR-CLONING OF A NOVEL MOUSE GENE THAT RESIDES AT THE CHROMOSOME-14 SERINE-PROTEASE COMPLEX - ITS EXPRESSION DURING HELMINTH INFECTION
Authors: HUNT JE MATSUMOTO R AUSTEN KF STECHSHULTE S GHILDYAL N GURISH MF WEBSTER M STEVENS RL
Citation: Je. Hunt et al., MOLECULAR-CLONING OF A NOVEL MOUSE GENE THAT RESIDES AT THE CHROMOSOME-14 SERINE-PROTEASE COMPLEX - ITS EXPRESSION DURING HELMINTH INFECTION, The FASEB journal, 9(4), 1995, pp. 802-802
LOCATION OF THE MOUSE MAST-CELL PROTEASE-7 GENE (MCPT7) TO CHROMOSOME-17
Authors: GURISH MF JOHNSON KR WEBSTER MJ STEVENS RL NADEAU JH
Citation: Mf. Gurish et al., LOCATION OF THE MOUSE MAST-CELL PROTEASE-7 GENE (MCPT7) TO CHROMOSOME-17, Mammalian genome, 5(10), 1994, pp. 656-657
CHARACTERIZATION AND GENOMIC ORGANIZATION OF MOUSE MAST CELL-SPECIFICCHYMASE AND TRYPTASE GENES
Authors: STEVENS RL NADEAU JH JOHNSON KR MCNEIL HP GRATTAN KM AUSTEN KF GURISH MF
Citation: Rl. Stevens et al., CHARACTERIZATION AND GENOMIC ORGANIZATION OF MOUSE MAST CELL-SPECIFICCHYMASE AND TRYPTASE GENES, The FASEB journal, 7(7), 1993, pp. 1207-1207
A CLOSELY LINKED COMPLEX OF MOUSE MAST CELL-SPECIFIC CHYMASE GENES ONCHROMOSOME-14
Authors: GURISH MF NADEAU JH JOHNSON KR MCNEIL HP GRATTAN KM AUSTEN KF STEVENS RL
Citation: Mf. Gurish et al., A CLOSELY LINKED COMPLEX OF MOUSE MAST CELL-SPECIFIC CHYMASE GENES ONCHROMOSOME-14, The Journal of immunology, 150(8), 1993, pp. 146-146
A CLOSELY LINKED COMPLEX OF MOUSE MAST CELL-SPECIFIC CHYMASE GENES ONCHROMOSOME-14
Authors: GURISH MF NADEAU JH JOHNSON KR MCNEIL HP GRATTAN KM AUSTEN KF STEVENS RL
Citation: Mf. Gurish et al., A CLOSELY LINKED COMPLEX OF MOUSE MAST CELL-SPECIFIC CHYMASE GENES ONCHROMOSOME-14, The Journal of biological chemistry, 268(15), 1993, pp. 1372-1379
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