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Results: 1-10 |
Results: 10
CYTOPLASMIC ABNORMALITIES IN CULTURED CEREBELLAR NEURONS FROM THE TRISOMY-16 MOUSE
Authors: BERSU ET AHMAD FJ SCHWEI MJ BAAS PW
Citation: Et. Bersu et al., CYTOPLASMIC ABNORMALITIES IN CULTURED CEREBELLAR NEURONS FROM THE TRISOMY-16 MOUSE, Developmental brain research, 109(1), 1998, pp. 115-120
CYTOPLASMIC DYNEIN AND DYNACTIN ARE REQUIRED FOR THE TRANSPORT OF MICROTUBULES INTO THE AXON
Authors: AHMAD FJ ECHEVERRI CJ VALLEE RB BAAS PW
Citation: Fj. Ahmad et al., CYTOPLASMIC DYNEIN AND DYNACTIN ARE REQUIRED FOR THE TRANSPORT OF MICROTUBULES INTO THE AXON, The Journal of cell biology, 140(2), 1998, pp. 391-401
CYTOPLASMIC DYNEIN AND DYNACTIN ARE REQUIRED THE TRANSPORT OF MICROTUBULES INTO THE AXON
Authors: AHMAD FJ ECHEVERRI CJ VALLEE RB BAAS PW
Citation: Fj. Ahmad et al., CYTOPLASMIC DYNEIN AND DYNACTIN ARE REQUIRED THE TRANSPORT OF MICROTUBULES INTO THE AXON, Molecular biology of the cell, 8, 1997, pp. 2214-2214
MICROTUBULES RELEASED FROM THE NEURONAL CENTROSOME ARE TRANSPORTED INTO THE AXON
Authors: AHMAD FJ BAAS PW
Citation: Fj. Ahmad et Pw. Baas, MICROTUBULES RELEASED FROM THE NEURONAL CENTROSOME ARE TRANSPORTED INTO THE AXON, Journal of Cell Science, 108, 1995, pp. 2761-2769
INHIBITION OF MICROTUBULE NUCLEATION AT THE NEURONAL CENTROSOME COMPROMISES AXON GROWTH
Authors: AHMAD FJ JOSHI HC CENTONZE VE BAAS PW
Citation: Fj. Ahmad et al., INHIBITION OF MICROTUBULE NUCLEATION AT THE NEURONAL CENTROSOME COMPROMISES AXON GROWTH, Neuron, 12(2), 1994, pp. 271-280
AN IN-VITRO MODEL FOR THE EFFECTS OF ESTROGEN ON NEURONS EMPLOYING ESTROGEN RECEPTOR-TRANSFECTED PC12 CELLS
Authors: LUSTIG RH HUA P YU WQ AHMAD FJ BAAS PW
Citation: Rh. Lustig et al., AN IN-VITRO MODEL FOR THE EFFECTS OF ESTROGEN ON NEURONS EMPLOYING ESTROGEN RECEPTOR-TRANSFECTED PC12 CELLS, The Journal of neuroscience, 14(6), 1994, pp. 3945-3957
MICROTUBULE FRAGMENTATION AND PARTITIONING IN THE AXON DURING COLLATERAL BRANCH FORMATION
Authors: YU WQ AHMAD FJ BAAS PW
Citation: Wq. Yu et al., MICROTUBULE FRAGMENTATION AND PARTITIONING IN THE AXON DURING COLLATERAL BRANCH FORMATION, The Journal of neuroscience, 14(10), 1994, pp. 5872-5884
TAU CONFERS DRUG STABILITY BUT NOT COLD STABILITY TO MICROTUBULES IN LIVING CELLS
Authors: BAAS PW PIENKOWSKI TP CIMBALNIK KA TOYAMA K BAKALIS S AHMAD FJ KOSIK KS
Citation: Pw. Baas et al., TAU CONFERS DRUG STABILITY BUT NOT COLD STABILITY TO MICROTUBULES IN LIVING CELLS, Journal of Cell Science, 107, 1994, pp. 135-143
SITES OF MICROTUBULE STABILIZATION FOR THE AXON
Authors: BAAS PW AHMAD FJ PIENKOWSKI TP BROWN A BLACK MM
Citation: Pw. Baas et al., SITES OF MICROTUBULE STABILIZATION FOR THE AXON, The Journal of neuroscience, 13(5), 1993, pp. 2177-2185
MICROTUBULE NUCLEATION AND RELEASE FROM THE NEURONAL CENTROSOME
Authors: YU WQ CENTONZE VE AHMAD FJ BAAS PW
Citation: Wq. Yu et al., MICROTUBULE NUCLEATION AND RELEASE FROM THE NEURONAL CENTROSOME, The Journal of cell biology, 122(2), 1993, pp. 349-359
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