Methods

Editorial
pp. 271-272(2)

RNase Protection Assay
pp. 273-278(6)
Authors: Ma Y.J.; Dissen G.A.; Rage F.; Ojeda S.R.

Polymerase Chain Reaction for RNA Analysis
pp. 279-282(4)
Authors: Kendall G.; Latchman D.S.

Antisense RNA Amplification: A Linear Amplification Method for Analyzing the mRNA Population from Single Living Cells
pp. 283-288(6)
Authors: Phillips J.; Eberwine J.H.

Gene Delivery into Neuronal Cells by Calcium Phosphate-Mediated Transfection
pp. 289-291(3)
Authors: Watson A.; Latchman D.

Intracellular Microinjection: A Powerful Tool in the Study of Neuronal Gene Expression and Function
pp. 292-300(9)
Author: Mulderry P.K.

Analysis of DNA-Protein Interactions in the Nervous System Using the Electrophoretic Mobility Shift Assay
pp. 301-311(11)
Authors: Lewis S.E.; Konradi C.

Analysis of Glial-Specific Gene Expression Using in Vitro Transcription Assays
pp. 312-319(8)
Authors: Tamura T.A.; Konishi Y.; Makino Y.; Mikoshiba K.

Neuronal Promoter Analysis by in Vitro Transcription Using Nuclear Extracts from Rat Brain
pp. 320-327(8)
Authors: Schwartz M.L.; Schlaepfer W.W.

Editorial
pp. 331-331(1)

Transplantation of Genetically Engineered Primary Cells for the Analysis of Gene Function in CNS Development
pp. 332-342(11)
Authors: McKinnon R.D.; Zazanis G.A.

Viral Vectors for Gene Delivery and Expression in the CNS
pp. 343-350(8)
Authors: Kaplitt M.G.; Pfaff D.W.

GFAP Transgenic Mice
pp. 351-364(14)
Authors: Brenner M.; Messing A.

CNS-Specific Ribozyme Expression
pp. 365-373(9)
Authors: Prasad Y.; Whitton J.L.

The Use of Transgenes and Mutations in the Mouse to Study the Genetic Basis of Locomotor Hyperactivity
pp. 374-383(10)
Author: Hess E.J.

Genetically Engineered Animal Models of Alzheimer's Disease
pp. 384-391(8)
Authors: Higgins L.S.; Cordell B.

Transgenic Expression of IFN-gamma in the Eye as a Model for Studying Ocular Inflammatory Disease
pp. 392-405(14)
Authors: Geiger K.D.; Sarvetnick N.E.

Targeted Gene Disruption in the CNS to Study Learning and Behavior
pp. 406-416(11)
Author: Grant S.G.N.

Editorial
pp. 419-419(1)

Allergic Encephalomyelitis in Common Marmosets: Pathogenesis of a Multiple Sclerosis-like Lesion
pp. 420-434(15)
Authors: Genain C.P.; Hauser S.L.

Chronic Relapsing Experimental Allergic Encephalomyelitis in the SJL Mouse: Relevant Techniques
pp. 435-439(5)
Author: Voskuhl R.R.

Comparison of a Chemically Mediated and an Immunologically Mediated Demyelinating Lesion Model
pp. 440-452(13)
Authors: Reynolds R.; di Bello I.C.; Meeson A.; Piddlesden S.

Theiler's Murine Encephalomyelitis Virus (TMEV)-Induced Demyelination: A Model for Human Multiple Sclerosis
pp. 453-461(9)
Authors: Dal Canto M.C.; Kim B.S.; Miller S.D.; Melvold R.W.

Role of Cytokines in Demyelinating Disease Studied in Transgenic Mice
pp. 462-477(16)
Authors: Campbell I.L.; Powell H.C.

Use of Transgenic Systems to Investigate Oligodendrocyte Differentiation and Function
pp. 478-488(11)
Authors: Duchala C.S.; Fuss B.; Macklin W.B.

Conditionally Immortalized Neural Cell Lines: Potential Models for the Study of Neural Cell Function
pp. 489-500(12)
Authors: Bongarzone E.R.; Foster L.M.; Byravan S.; Verity A.N.; Landry C.F.; Schonmann V.; Amur-Umarjee S.; Campagnoni A.T.

An in Vitro Model of Oligodendrocyte Destruction by Nitric Oxide and Its Relevance to Multiple Sclerosis
pp. 501-513(13)
Authors: Mitrovic B.; Parkinson J.; Merrill J.E.

Author Index for Volume 10
pp. 514-514(1)

Cumulative Subject Index for Volumes 9-10
pp. 515-523(9)