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Results: 1-25 | 26-37 |
Results: 26-37/37
HAPLOIDY AND ANDROGENESIS IN DROSOPHILA
Authors: KOMMA DJ ENDOW SA
Citation: Dj. Komma et Sa. Endow, HAPLOIDY AND ANDROGENESIS IN DROSOPHILA, Proceedings of the National Academy of Sciences of the United Statesof America, 92(25), 1995, pp. 11884-11888
DETERMINANTS OF MOTOR POLARITY IN THE KINESIN PROTEINS
Authors: ENDOW SA
Citation: Sa. Endow, DETERMINANTS OF MOTOR POLARITY IN THE KINESIN PROTEINS, Biophysical journal, 68(4), 1995, pp. 271-274
AN INVESTIGATION OF STRUCTURAL MECHANISMS FOR DIRECTIONAL REVERSAL INTHE DROSOPHILA KINESIN PROTEIN, NCD
Authors: MOORE JD ENDOW SA
Citation: Jd. Moore et Sa. Endow, AN INVESTIGATION OF STRUCTURAL MECHANISMS FOR DIRECTIONAL REVERSAL INTHE DROSOPHILA KINESIN PROTEIN, NCD, Biophysical journal, 68(4), 1995, pp. 368-368
MOTOR PROTEINS .1. KINESINS
Authors: BLOOM GS ENDOW SA
Citation: Gs. Bloom et Sa. Endow, MOTOR PROTEINS .1. KINESINS, Protein profile, 1(10), 1994, pp. 1059-1116
SPRINGS AND HINGES - DYNAMIC COILED COILS AND DISCONTINUITIES
Authors: OAS TG ENDOW SA
Citation: Tg. Oas et Sa. Endow, SPRINGS AND HINGES - DYNAMIC COILED COILS AND DISCONTINUITIES, Trends in biochemical sciences, 19(2), 1994, pp. 51-54
YEAST KAR3 IS A MINUS-END MICROTUBULE MOTOR PROTEIN THAT DESTABILIZESMICROTUBULES PREFERENTIALLY AT THE MINUS ENDS
Authors: ENDOW SA KANG SJ SATTERWHITE LL ROSE MD SKEEN VP SALMON ED
Citation: Sa. Endow et al., YEAST KAR3 IS A MINUS-END MICROTUBULE MOTOR PROTEIN THAT DESTABILIZESMICROTUBULES PREFERENTIALLY AT THE MINUS ENDS, EMBO journal, 13(11), 1994, pp. 2708-2713
MOLECULAR PHYLOGENY OF THE KINESIN FAMILY OF MICROTUBULE MOTOR PROTEINS
Authors: GOODSON HV KANG SJ ENDOW SA
Citation: Hv. Goodson et al., MOLECULAR PHYLOGENY OF THE KINESIN FAMILY OF MICROTUBULE MOTOR PROTEINS, Journal of Cell Science, 107, 1994, pp. 1875-1884
MUTANTS OF THE DROSOPHILA NCD MICROTUBULE MOTOR PROTEIN CAUSE CENTROSOMAL AND SPINDLE POLE DEFECTS IN MITOSIS
Authors: ENDOW SA CHANDRA R KOMMA DJ YAMAMOTO AH SALMON ED
Citation: Sa. Endow et al., MUTANTS OF THE DROSOPHILA NCD MICROTUBULE MOTOR PROTEIN CAUSE CENTROSOMAL AND SPINDLE POLE DEFECTS IN MITOSIS, Journal of Cell Science, 107, 1994, pp. 859-867
MEIOSIS, MITOSIS AND MICROTUBULE MOTORS
Authors: SAWIN KE ENDOW SA
Citation: Ke. Sawin et Sa. Endow, MEIOSIS, MITOSIS AND MICROTUBULE MOTORS, BioEssays, 15(6), 1993, pp. 399-407
AN N-TERMINAL TRUNCATION OF THE NCD MOTOR PROTEIN SUPPORTS DIFFUSIONAL MOVEMENT OF MICROTUBULES IN MOTILITY ASSAYS
Authors: CHANDRA R ENDOW SA SALMON ED
Citation: R. Chandra et al., AN N-TERMINAL TRUNCATION OF THE NCD MOTOR PROTEIN SUPPORTS DIFFUSIONAL MOVEMENT OF MICROTUBULES IN MOTILITY ASSAYS, Journal of Cell Science, 104, 1993, pp. 899-906
STRUCTURAL AND FUNCTIONAL DOMAINS OF THE DROSOPHILA NCD MICROTUBULE MOTOR PROTEIN
Authors: CHANDRA R SALMON ED ERICKSON HP LOCKHART A ENDOW SA
Citation: R. Chandra et al., STRUCTURAL AND FUNCTIONAL DOMAINS OF THE DROSOPHILA NCD MICROTUBULE MOTOR PROTEIN, The Journal of biological chemistry, 268(12), 1993, pp. 9005-9013
CONSTITUTIVE MAGNIFICATION BY THE Y-BB-CHROMOSOME OF DROSOPHILA-MELANOGASTER
Authors: KOMMA DJ GLASS SJ ENDOW SA
Citation: Dj. Komma et al., CONSTITUTIVE MAGNIFICATION BY THE Y-BB-CHROMOSOME OF DROSOPHILA-MELANOGASTER, Genetical Research, 62(3), 1993, pp. 205-212
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