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Results: 1-15 |
Results: 15
OVEREXPRESSION OF THE EVI-1 GENE IN TRANSGENIC MICE - DISTURBANCE OF THE ERYTHROID COMPARTMENT
Authors: LOUZ D VANDERBROEK M VANKAN Y VERBAKEL S LOWENBERG B DELWEL R
Citation: D. Louz et al., OVEREXPRESSION OF THE EVI-1 GENE IN TRANSGENIC MICE - DISTURBANCE OF THE ERYTHROID COMPARTMENT, British Journal of Haematology, 102(1), 1998, pp. 8-8
RETROVIRAL INSERTION IN CB2 (EVI11) IN CASBR-M MULV-INDUCED LEUKEMIASFREQUENTLY COINCIDES WITH A NOVEL COMMON INTEGRATION SITE EVI12
Authors: VALK PJM VANKAN Y JOOSTEN M LOWENBERG B DELWEL R
Citation: Pjm. Valk et al., RETROVIRAL INSERTION IN CB2 (EVI11) IN CASBR-M MULV-INDUCED LEUKEMIASFREQUENTLY COINCIDES WITH A NOVEL COMMON INTEGRATION SITE EVI12, British Journal of Haematology, 102(1), 1998, pp. 277-277
CHARACTERIZATION OF THE C3 YAC CONTIG FROM PROXIMAL MOUSE-CHROMOSOME-17 AND ANALYSIS OF ALLELIC EXPRESSION OF GENES FLANKING THE IMPRINTED IGF2R GENE
Authors: SCHWEIFER N VALK PJM DELWEL R COX R FRANCIS F MEIEREWERT S LEHRACH H BARLOW DP
Citation: N. Schweifer et al., CHARACTERIZATION OF THE C3 YAC CONTIG FROM PROXIMAL MOUSE-CHROMOSOME-17 AND ANALYSIS OF ALLELIC EXPRESSION OF GENES FLANKING THE IMPRINTED IGF2R GENE, Genomics, 43(3), 1997, pp. 285-297
A RAPID RT-PCR BASED METHOD TO ISOLATE COMPLEMENTARY-DNA FRAGMENTS FLANKING RETROVIRUS INTEGRATION SITES
Authors: VALK PJM JOOSTEN M VANKAN Y LOWENBERG B DELWEL R
Citation: Pjm. Valk et al., A RAPID RT-PCR BASED METHOD TO ISOLATE COMPLEMENTARY-DNA FRAGMENTS FLANKING RETROVIRUS INTEGRATION SITES, Nucleic acids research, 25(21), 1997, pp. 4419-4421
THE GENES ENCODING THE PERIPHERAL CANNABINOID RECEPTOR AND ALPHA-L-FUCOSIDASE ARE LOCATED NEAR A NEWLY IDENTIFIED COMMON VIRUS INTEGRATION SITE, EVI11
Authors: VALK PJM HOL S VANKAN Y IHLE JN ASKEW D JENKINS NA GILBERT DJ COPELAND NG DEBOTH NJ LOWENBERG B DELWEL R
Citation: Pjm. Valk et al., THE GENES ENCODING THE PERIPHERAL CANNABINOID RECEPTOR AND ALPHA-L-FUCOSIDASE ARE LOCATED NEAR A NEWLY IDENTIFIED COMMON VIRUS INTEGRATION SITE, EVI11, Journal of virology, 71(9), 1997, pp. 6796-6804
ANANDAMIDE, A NATURAL LIGAND FOR THE PERIPHERAL CANNABINOID RECEPTOR IS A NOVEL SYNERGISTIC GROWTH-FACTOR FOR HEMATOPOIETIC-CELLS
Authors: VALK P VERBAKEL S VANKAN Y HOL S MANCHAM S PLOEMACHER R MAYEN A LOWENBERG B DELWEL R
Citation: P. Valk et al., ANANDAMIDE, A NATURAL LIGAND FOR THE PERIPHERAL CANNABINOID RECEPTOR IS A NOVEL SYNERGISTIC GROWTH-FACTOR FOR HEMATOPOIETIC-CELLS, Blood, 90(4), 1997, pp. 1448-1457
FREQUENT PROVIRAL INSERTION IN THE GENE ENCODING THE PERIPHERAL CANNABINOID RECEPTOR CB2 - COOPERTION WITH EVIL AND A NOVEL TRANSFORMING GENE, EVIL2, IN MURINE MYELOID LEUKEMIAS
Authors: VALK P VANKAN Y VERBAKEL S JOOSTEN M LOUZ D VANDENBROEK M LOWENBERG B DELWEL R
Citation: P. Valk et al., FREQUENT PROVIRAL INSERTION IN THE GENE ENCODING THE PERIPHERAL CANNABINOID RECEPTOR CB2 - COOPERTION WITH EVIL AND A NOVEL TRANSFORMING GENE, EVIL2, IN MURINE MYELOID LEUKEMIAS, Blood, 90(10), 1997, pp. 261-261
ANANDAMIDE, A LIGAND FOR THE PERIPHERAL CANNABINOID RECEPTOR IS A NOVEL GROWTH-FACTOR FOR HEMATOPOIETIC-CELLS
Authors: VALK JP VERBAKEL S HOL S VANKAN Y LOWENBERG B DELWEL R
Citation: Jp. Valk et al., ANANDAMIDE, A LIGAND FOR THE PERIPHERAL CANNABINOID RECEPTOR IS A NOVEL GROWTH-FACTOR FOR HEMATOPOIETIC-CELLS, Blood, 88(10), 1996, pp. 1345-1345
THE EVI-1 ZINC-FINGER MYELOID TRANSFORMING PROTEIN BINDS TO GENOMIC FRAGMENTS CONTAINING (GATA)(N) SEQUENCES
Authors: MATSUGI T KREIDER BL DELWEL R CLEVELAND JL ASKEW DS IHLE JN
Citation: T. Matsugi et al., THE EVI-1 ZINC-FINGER MYELOID TRANSFORMING PROTEIN BINDS TO GENOMIC FRAGMENTS CONTAINING (GATA)(N) SEQUENCES, Oncogene, 11(1), 1995, pp. 191-198
THE CANNABINOID RECEPTOR-2 GENE IS LOCATED IN A COMMON VIRUS INTEGRATION SITE IN 2 MOUSE LEUKEMIAS AND AT A BREAKPOINT INVOLVING CHROMOSOME1P36 IN A HUMAN AML
Authors: DELWEL R HOL S VANKAN Y LOWENBERG B IHLE JN COPELAND NG HAGEMEIJER A VALK P
Citation: R. Delwel et al., THE CANNABINOID RECEPTOR-2 GENE IS LOCATED IN A COMMON VIRUS INTEGRATION SITE IN 2 MOUSE LEUKEMIAS AND AT A BREAKPOINT INVOLVING CHROMOSOME1P36 IN A HUMAN AML, Journal of cellular biochemistry, 1995, pp. 50-50
THE CANNABINOID RECEPTOR-2 IS A POTENTIAL ONCOGENE IN MYELOID MOUSE LEUKEMIAS
Authors: DELWEL R HOL S VANKAN Y LOWENBERG B IHLE JN COPELAND NG VALK P
Citation: R. Delwel et al., THE CANNABINOID RECEPTOR-2 IS A POTENTIAL ONCOGENE IN MYELOID MOUSE LEUKEMIAS, Experimental hematology, 23(8), 1995, pp. 849-849
THE GENE ENCODING THE PERIPHERAL CANNABINOID RECEPTOR IS LOCATED IN ANEW VIRUS INTEGRATION SITE (EVI-5) AND IS A CANDIDATE ONCOGENE INVOLVED IN MYELOID TRANSFORMATION
Authors: DELWEL R HOL S VANKAN Y LOWENBERG B IHLE JN COPELAND NG VALK P
Citation: R. Delwel et al., THE GENE ENCODING THE PERIPHERAL CANNABINOID RECEPTOR IS LOCATED IN ANEW VIRUS INTEGRATION SITE (EVI-5) AND IS A CANDIDATE ONCOGENE INVOLVED IN MYELOID TRANSFORMATION, Blood, 86(10), 1995, pp. 1709-1709
THE EVI1 ZINC-FINGER PROTEIN BLOCKS TERMINAL DIFFERENTIATION OF HEMATOPOIETIC STEM-CELLS AND IS ASSOCIATED WITH AML AND MDS IN CASES WITH REARRANGEMENTS OF 3Q26
Authors: IHLE JN KREIDER BK DELWEL R MORISHITA K
Citation: Jn. Ihle et al., THE EVI1 ZINC-FINGER PROTEIN BLOCKS TERMINAL DIFFERENTIATION OF HEMATOPOIETIC STEM-CELLS AND IS ASSOCIATED WITH AML AND MDS IN CASES WITH REARRANGEMENTS OF 3Q26, Experimental hematology, 21(8), 1993, pp. 1009-1009
4 OF THE 7 ZINC FINGERS OF THE EVI-1 MYELOID-TRANSFORMING GENE ARE REQUIRED FOR SEQUENCE-SPECIFIC BINDING TO GA(C T)AAGA(T/C)AAGATAA/
Authors: DELWEL R FUNABIKI T KREIDER BL MORISHITA K IHLE JN
Citation: R. Delwel et al., 4 OF THE 7 ZINC FINGERS OF THE EVI-1 MYELOID-TRANSFORMING GENE ARE REQUIRED FOR SEQUENCE-SPECIFIC BINDING TO GA(C T)AAGA(T/C)AAGATAA/, Molecular and cellular biology, 13(7), 1993, pp. 4291-4300
GRANULOCYTE-MACROPHAGE COLONY-STIMULATING FACTOR RECEPTORS ALTER THEIR BINDING CHARACTERISTICS DURING MYELOID MATURATION THROUGH UP-REGULATION OF THE AFFINITY CONVERTING BETA-SUBUNIT (KH97)
Authors: BUDEL LM HOOGERBRUGGE H POUWELS K VANBUITENEN C DELWEL R LOWENBERG B TOUW IP
Citation: Lm. Budel et al., GRANULOCYTE-MACROPHAGE COLONY-STIMULATING FACTOR RECEPTORS ALTER THEIR BINDING CHARACTERISTICS DURING MYELOID MATURATION THROUGH UP-REGULATION OF THE AFFINITY CONVERTING BETA-SUBUNIT (KH97), The Journal of biological chemistry, 268(14), 1993, pp. 154-159
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