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Results: 1-8 |
Results: 8
DEVELOPMENT OF AN INTERPHASE FLUORESCENT IN-SITU HYBRIDIZATION (FISH)TEST TO DETECT T(8-21) IN AML PATIENTS
Authors: HAGEMEIJER A DEKLEIN A WIJSMAN J VANMEERTEN E DEGREEF GE SACCHI N
Citation: A. Hagemeijer et al., DEVELOPMENT OF AN INTERPHASE FLUORESCENT IN-SITU HYBRIDIZATION (FISH)TEST TO DETECT T(8-21) IN AML PATIENTS, Leukemia, 12(1), 1998, pp. 96-101
DIFFERENTIAL TOXICITY OF REACTIVE METABOLITES OF CLINDAMYCIN AND SULFONAMIDES IN HIV-INFECTED CELLS
Authors: WIJSMAN J RIEDER MJ DEKABAN GA
Citation: J. Wijsman et al., DIFFERENTIAL TOXICITY OF REACTIVE METABOLITES OF CLINDAMYCIN AND SULFONAMIDES IN HIV-INFECTED CELLS, Clinical pharmacology and therapeutics, 63(2), 1998, pp. 4-4
SIZE-SELECTIVE MORTALITY IN AN EXPLOITED PERCH POPULATION AND THE RECONSTRUCTION OF POTENTIAL GROWTH
Authors: MACHIELS MA WIJSMAN J
Citation: Ma. Machiels et J. Wijsman, SIZE-SELECTIVE MORTALITY IN AN EXPLOITED PERCH POPULATION AND THE RECONSTRUCTION OF POTENTIAL GROWTH, Annales zoologici Fennici, 33(3-4), 1996, pp. 397-401
IDENTICAL FUSION TRANSCRIPT ASSOCIATED WITH DIFFERENT BREAKPOINTS IN THE AML1 GENE IN SIMPLE AND VARIANT T(8-21) ACUTE MYELOID-LEUKEMIA
Authors: DEGREEF GE HAGEMEIJER A MORGAN R WIJSMAN J HOEFSLOOT LH SANDBERG AA SACCHI N
Citation: Ge. Degreef et al., IDENTICAL FUSION TRANSCRIPT ASSOCIATED WITH DIFFERENT BREAKPOINTS IN THE AML1 GENE IN SIMPLE AND VARIANT T(8-21) ACUTE MYELOID-LEUKEMIA, Leukemia, 9(2), 1995, pp. 282-287
BREAKPOINT HETEROGENEITY IN T(10-11) TRANSLOCATION IN AML-M4 M5 RESULTING IN FUSION OF AF1O AND MLL IS RESOLVED BY FLUORESCENT IN-SITU HYBRIDIZATION ANALYSIS/
Authors: BEVERLOO HB LECONIAT M WIJSMAN J LILLINGTON DM BERNARD O DEKLEIN A VANWERING E WELBORN J YOUNG BD HAGEMEIJER A BERGER R
Citation: Hb. Beverloo et al., BREAKPOINT HETEROGENEITY IN T(10-11) TRANSLOCATION IN AML-M4 M5 RESULTING IN FUSION OF AF1O AND MLL IS RESOLVED BY FLUORESCENT IN-SITU HYBRIDIZATION ANALYSIS/, Cancer research, 55(19), 1995, pp. 4220-4224
INTERPHASE FISH ANALYSIS OF T(8-21) AML IS USEFUL TO DETECT MINIMAL DISEASE IN COMPLETE REMISSION
Authors: HAGEMEIJER A WIJSMAN J DEGREEF GE SACCHI N
Citation: A. Hagemeijer et al., INTERPHASE FISH ANALYSIS OF T(8-21) AML IS USEFUL TO DETECT MINIMAL DISEASE IN COMPLETE REMISSION, Blood, 86(10), 1995, pp. 1317-1317
AMLI FUSION TRANSCRIPTS IN T(3-21) POSITIVE LEUKEMIA - EVIDENCE OF MOLECULAR HETEROGENEITY AND USAGE OF SPLICING SITES FREQUENTLY INVOLVED IN THE GENERATION OF NORMAL AMLI TRANSCRIPTS
Authors: SACCHI N NISSON PE WATKINS PC FAUSTINELLA F WIJSMAN J HAGEMEIJER A
Citation: N. Sacchi et al., AMLI FUSION TRANSCRIPTS IN T(3-21) POSITIVE LEUKEMIA - EVIDENCE OF MOLECULAR HETEROGENEITY AND USAGE OF SPLICING SITES FREQUENTLY INVOLVED IN THE GENERATION OF NORMAL AMLI TRANSCRIPTS, Genes, chromosomes & cancer, 11(4), 1994, pp. 226-236
THE DETECTION OF A FUSION BY PCR AND ANALYSIS OF BREAKPOINT REGION IN-SITU HYBRIDIZATION IN AML PATIENTS WITH T(821)
Authors: DEGREEF GE SACCHI N WIJSMAN J HOEFSLOOT L GROSVELD G HAGEMEIJER A
Citation: Ge. Degreef et al., THE DETECTION OF A FUSION BY PCR AND ANALYSIS OF BREAKPOINT REGION IN-SITU HYBRIDIZATION IN AML PATIENTS WITH T(821), Experimental hematology, 21(8), 1993, pp. 1153-1153
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