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Results: 1-10 |
Results: 10
ABSENCE OF NEUROFILAMENTS REDUCES THE SELECTIVE VULNERABILITY OF MOTOR-NEURONS AND SLOWS DISEASE CAUSED BY A FAMILIAL AMYOTROPHIC LATERAL SCLEROSIS-LINKED SUPEROXIDE-DISMUTASE-1 MUTANT
Authors: WILLIAMSON TL BRUIJN LI ZHU QZ ANDERSON KL ANDERSON SD JULIEN JP CLEVELAND DW
Citation: Tl. Williamson et al., ABSENCE OF NEUROFILAMENTS REDUCES THE SELECTIVE VULNERABILITY OF MOTOR-NEURONS AND SLOWS DISEASE CAUSED BY A FAMILIAL AMYOTROPHIC LATERAL SCLEROSIS-LINKED SUPEROXIDE-DISMUTASE-1 MUTANT, Proceedings of the National Academy of Sciences of the United Statesof America, 95(16), 1998, pp. 9631-9636
NEUROFILAMENT-DEPENDENT RADIAL GROWTH OF MOTOR AXONS AND AXONAL ORGANIZATION OF NEUROFILAMENTS DOES NOT REQUIRE THE NEUROFILAMENT HEAVY SUBUNIT (NF-H) OR ITS PHOSPHORYLATION
Authors: RAO MV HOUSEWEART MK WILLIAMSON TL CRAWFORD TO FOLMER J CLEVELAND DW
Citation: Mv. Rao et al., NEUROFILAMENT-DEPENDENT RADIAL GROWTH OF MOTOR AXONS AND AXONAL ORGANIZATION OF NEUROFILAMENTS DOES NOT REQUIRE THE NEUROFILAMENT HEAVY SUBUNIT (NF-H) OR ITS PHOSPHORYLATION, The Journal of cell biology, 143(1), 1998, pp. 171-181
SLOWING OF AXONAL TUBULIN TRANSPORT IN MICE EXPRESSING 2 DIFFERENT FAMILIAL ALS-LINKED SOD1 MUTATIONS
Authors: WILLIAMSON TL ANDERSON KL CLEVELAND DW
Citation: Tl. Williamson et al., SLOWING OF AXONAL TUBULIN TRANSPORT IN MICE EXPRESSING 2 DIFFERENT FAMILIAL ALS-LINKED SOD1 MUTATIONS, Molecular biology of the cell, 8, 1997, pp. 711-711
BEHAVIORAL MEASURES OF VOWEL SENSITIVITY IN MONGOLIAN GERBILS (MERIONES-UNGUICULATUS) - EFFECTS OF AGE AND GENETIC-ORIGIN
Authors: SINNOTT JM STREET SL MOSTELLER KW WILLIAMSON TL
Citation: Jm. Sinnott et al., BEHAVIORAL MEASURES OF VOWEL SENSITIVITY IN MONGOLIAN GERBILS (MERIONES-UNGUICULATUS) - EFFECTS OF AGE AND GENETIC-ORIGIN, Hearing research, 112(1-2), 1997, pp. 235-246
EFFECTS OF TEAM SIZE ON THE MAXIMUM WEIGHT BAR LIFTING STRENGTH OF MILITARY PERSONNEL
Authors: SHARP MA RICE VJ NINDL BC WILLIAMSON TL
Citation: Ma. Sharp et al., EFFECTS OF TEAM SIZE ON THE MAXIMUM WEIGHT BAR LIFTING STRENGTH OF MILITARY PERSONNEL, Human factors, 39(3), 1997, pp. 481-488
NF-H MODULATES AXONAL CALIBER BY SELECTIVELY SLOWING NEUROFILAMENT TRANSPORT
Authors: WILLIAMSON TL MARSZALEK JR LEE MK XU Z HOFFMAN PN CRAWFORD TO CLEVELAND DW
Citation: Tl. Williamson et al., NF-H MODULATES AXONAL CALIBER BY SELECTIVELY SLOWING NEUROFILAMENT TRANSPORT, Molecular biology of the cell, 7, 1996, pp. 1274-1274
THE EFFECTS OF GENDER, TEAM SIZE, AND A SHOULDER HARNESS ON A STRETCHER-CARRY TASK AND POST-CARRY PERFORMANCE .1. A STIMULATED CARRY FROM AREMOTE SITE
Authors: RICE VJB SHARP MA THARION WJ WILLIAMSON TL
Citation: Vjb. Rice et al., THE EFFECTS OF GENDER, TEAM SIZE, AND A SHOULDER HARNESS ON A STRETCHER-CARRY TASK AND POST-CARRY PERFORMANCE .1. A STIMULATED CARRY FROM AREMOTE SITE, International journal of industrial ergonomics, 18(1), 1996, pp. 27-40
THE EFFECTS OF GENDER, TEAM SIZE, AND A SHOULDER HARNESS ON A STRETCHER-CARRY TASK AND POST-CARRY PERFORMANCE .2. A MASS-CASUALTY SIMULATION
Authors: RICE VJB SHARP MA THARION WJ WILLIAMSON TL
Citation: Vjb. Rice et al., THE EFFECTS OF GENDER, TEAM SIZE, AND A SHOULDER HARNESS ON A STRETCHER-CARRY TASK AND POST-CARRY PERFORMANCE .2. A MASS-CASUALTY SIMULATION, International journal of industrial ergonomics, 18(1), 1996, pp. 41-49
NEUROFILAMENTS, RADIAL GROWTH OF AXONS, AND MECHANISMS OF MOTOR-NEURON DISEASE
Authors: WILLIAMSON TL MARSZALEK JR VECHIO JD BRUIJN LI LEE MK XU Z BROWN RH CLEVELAND DW
Citation: Tl. Williamson et al., NEUROFILAMENTS, RADIAL GROWTH OF AXONS, AND MECHANISMS OF MOTOR-NEURON DISEASE, Cold Spring Harbor Symposia on Quantitative Biology, 61, 1996, pp. 709-723
EXPRESSION OF PAC-1, AN EPITOPE ASSOCIATED WITH 2 SYNAPSE-ENRICHED GLYCOPROTEINS AND A NEURONAL CYTOSKELETON-ASSOCIATED POLYPEPTIDE IN DEVELOPING FOREBRAIN NEURONS
Authors: WILLMOTT T WILLIAMSON TL MUMMERY R HAWKES RB CAN A GURD JW GORDONWEEKS PR BEESLEY PW
Citation: T. Willmott et al., EXPRESSION OF PAC-1, AN EPITOPE ASSOCIATED WITH 2 SYNAPSE-ENRICHED GLYCOPROTEINS AND A NEURONAL CYTOSKELETON-ASSOCIATED POLYPEPTIDE IN DEVELOPING FOREBRAIN NEURONS, Neuroscience, 58(1), 1994, pp. 115-129
Risultati: 1-10 |