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Results: 1-10 |
Results: 10
MOTONEURON SURVIVAL AFTER NEONATAL PERONEAL NERVE INJURY IN THE RAT -EVIDENCE FOR THE SPARING EFFECT OF RECIPROCAL INHIBITION
Authors: WATERS HJ BARNETT G OHANLON GM LOWRIE MB
Citation: Hj. Waters et al., MOTONEURON SURVIVAL AFTER NEONATAL PERONEAL NERVE INJURY IN THE RAT -EVIDENCE FOR THE SPARING EFFECT OF RECIPROCAL INHIBITION, Experimental neurology, 152(1), 1998, pp. 95-100
MAPPING IMMUNOREACTIVE EPITOPES IN THE HUMAN PERIPHERAL NERVOUS-SYSTEM USING HUMAN MONOCLONAL ANTI-GM1 GANGLIOSIDE ANTIBODIES
Authors: OHANLON GM PATERSON GJ VEITCH J WILSON G WILLISON HJ
Citation: Gm. Ohanlon et al., MAPPING IMMUNOREACTIVE EPITOPES IN THE HUMAN PERIPHERAL NERVOUS-SYSTEM USING HUMAN MONOCLONAL ANTI-GM1 GANGLIOSIDE ANTIBODIES, Acta Neuropathologica, 95(6), 1998, pp. 605-616
HUMAN-IGM PARAPROTEINS DEMONSTRATE SHARED REACTIVITY BETWEEN CAMPYLOBACTER-JEJUNI LIPOPOLYSACCHARIDES AND HUMAN PERIPHERAL-NERVE DISIALYLATED GANGLIOSIDES
Authors: JACOBS BC OHANLON GM BREEDLAND EG VEITCH J VANDOORN PA WILLISON HJ
Citation: Bc. Jacobs et al., HUMAN-IGM PARAPROTEINS DEMONSTRATE SHARED REACTIVITY BETWEEN CAMPYLOBACTER-JEJUNI LIPOPOLYSACCHARIDES AND HUMAN PERIPHERAL-NERVE DISIALYLATED GANGLIOSIDES, Journal of neuroimmunology, 80(1-2), 1997, pp. 23-30
THE EFFECTS OF NEONATAL DORSAL-ROOT SECTION ON THE SURVIVAL AND DENDRITIC DEVELOPMENT OF LUMBAR MOTONEURONS IN THE RAT
Authors: OHANLON GM LOWRIE MB
Citation: Gm. Ohanlon et Mb. Lowrie, THE EFFECTS OF NEONATAL DORSAL-ROOT SECTION ON THE SURVIVAL AND DENDRITIC DEVELOPMENT OF LUMBAR MOTONEURONS IN THE RAT, European journal of neuroscience, 8(6), 1996, pp. 1072-1077
A SOMATICALLY MUTATED HUMAN ANTIGANGLIOSIDE IGM ANTIBODY THAT INDUCESEXPERIMENTAL NEUROPATHY IN MICE IS ENCODED BY THE VARIABLE REGION HEAVY-CHAIN GENE, V1-18
Authors: WILLISON HJ OHANLON GM PATERSON G VEITCH J WILSON G ROBERTS M TANG T VINCENT A
Citation: Hj. Willison et al., A SOMATICALLY MUTATED HUMAN ANTIGANGLIOSIDE IGM ANTIBODY THAT INDUCESEXPERIMENTAL NEUROPATHY IN MICE IS ENCODED BY THE VARIABLE REGION HEAVY-CHAIN GENE, V1-18, The Journal of clinical investigation, 97(5), 1996, pp. 1155-1164
NERVE INJURY IN ADULT-RATS CAUSES ABNORMALITIES IN THE MOTONEURON DENDRITIC FIELD THAT DIFFER FROM THOSE SEEN FOLLOWING NEONATAL NERVE INJURY
Authors: OHANLON GM LOWRIE MB
Citation: Gm. Ohanlon et Mb. Lowrie, NERVE INJURY IN ADULT-RATS CAUSES ABNORMALITIES IN THE MOTONEURON DENDRITIC FIELD THAT DIFFER FROM THOSE SEEN FOLLOWING NEONATAL NERVE INJURY, Experimental Brain Research, 103(2), 1995, pp. 243-250
DENDRITIC DEVELOPMENT IN NORMAL LUMBAR MOTONEURONS AND FOLLOWING NEONATAL NERVE CRUSH IN THE RAT
Authors: OHANLON GM LOWRIE MB
Citation: Gm. Ohanlon et Mb. Lowrie, DENDRITIC DEVELOPMENT IN NORMAL LUMBAR MOTONEURONS AND FOLLOWING NEONATAL NERVE CRUSH IN THE RAT, Developmental neuroscience, 16(1-2), 1994, pp. 17-24
BOTH AFFERENT AND EFFERENT CONNECTIONS INFLUENCE POSTNATAL-GROWTH OF MOTONEURON DENDRITES IN THE RAT
Authors: OHANLON GM LOWRIE MB
Citation: Gm. Ohanlon et Mb. Lowrie, BOTH AFFERENT AND EFFERENT CONNECTIONS INFLUENCE POSTNATAL-GROWTH OF MOTONEURON DENDRITES IN THE RAT, Developmental neuroscience, 16(1-2), 1994, pp. 100-107
EVIDENCE FOR AGE-DEPENDENT CHANGES IN MOTONEURON DENDRITIC MORPHOLOGYFOLLOWING NEONATAL NERVE-CRUSH IN THE RAT
Authors: OHANLON GM LOWRIE MB
Citation: Gm. Ohanlon et Mb. Lowrie, EVIDENCE FOR AGE-DEPENDENT CHANGES IN MOTONEURON DENDRITIC MORPHOLOGYFOLLOWING NEONATAL NERVE-CRUSH IN THE RAT, Neuroscience, 57(4), 1993, pp. 995-1005
NEONATAL NERVE INJURY CAUSES LONG-TERM CHANGES IN GROWTH AND DISTRIBUTION OF MOTONEURON DENDRITES IN THE RAT
Authors: OHANLON GM LOWRIE MB
Citation: Gm. Ohanlon et Mb. Lowrie, NEONATAL NERVE INJURY CAUSES LONG-TERM CHANGES IN GROWTH AND DISTRIBUTION OF MOTONEURON DENDRITES IN THE RAT, Neuroscience, 56(2), 1993, pp. 453-464
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