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- Contents -

Chapter 1: AN OVERVIEW OF SPINAL CORD ORGANIZATION
1.1. The Spinal Cord as a Whole
1.2. The Spinal Ganglia and the Dorsal Root
1.3. Laminar Organization of the Dorsal Horn
1.4. Segregation of Sensory Fibers in the Dorsal Horn
1.5. Motoneurons of the Ventral Horn
1.6. Motoneurons Columns and Subcolumns
1.7. The Heterogeneous Intermediate Gray
1.8. Fiber Tracts of the White Matter
Chapter 2: AN EVOLUTIONARY INTERPRETATION OF SPINAL CORD ORGANIZATION
2.1. Phylogeny of the Spinal Cord
2.2. Old and New Components of the Mammalian Spinal Cord
2.3. Organization of the Ventral Horn
2.4. Some Structural Features of the Gray Matter
Chapter 3: EXPERIMENTAL STUDIES OF SPINAL CORD MORPHOGENESIS,
NEUROGENESIS, AND NEURONAL MATURATION
3.1. Spinal Cord Morphogenesis: An Overview
3.2. Spinal Cord Neurogenesis: A Cytological and Autoradiographic
Investigation in the Rat
3.3. Maturation of Spinal Cord Neurons: A Cytological and
Autoradiographic Investigation in the Rat
Chapter 4: EXPERIMENTAL STUDIES OF THE GROWTH OF THE ASCENDING AND
DESCENDING AXONS AND FIBER TRACTS OF THE SPINAL CORD
4.1. Maturation of Ganglion Cells and the Initial Growth of Dorsal
Root Axons
4.2. The Roof Plate and the Growth of the Dorsal Funiculus
4.3. Growth of Descending Fiber Tracts to the Spinal Cord
4.4. Spinal Cord Gliogenesis and Myelination
Chapter 5: DEVELOPMENT OF THE HUMAN SPINAL CORD DURING THE FIRST
TRIMESTER: GESTATIONAL WEEKS 3.5 TO 13
5.1. The Problem of Dating and Staging Spinal Cord Development
5.2. Development of the Neural Tube and the Early Growth of the
Spinal Cord. GW3.0 to GW7.0
5.3. Development of the Cervical Spinal Cord During the First
Trimester: An Overview
5.4. Development of the Cervical Spinal Cord Neuroepithelium in
Relation to Somatic Development
5.5. Development of Motoneurons in the Cervical Spinal Cord in
Relation to Skeletomuscular Development
5.6. Development of the Dorsal Funicular Complex in the Cervical
Spinal Cord
5.7. Development of the Whole Spinal Cord During the First Trimester
5.8. Development of the Preganglionic Motoneurons of the Lateral Horn
5.9. Stages of Spinal Cord Development During the First Trimester
Chapter 6: DEVELOPMENT OF THE HUMAN SPINAL CORD DURING THE SECOND AND
THIRD TRIMESTERS: GESTATIONAL WEEKS 14 TO 44
6.1. Overview of the Development of the Spinal Cord Between GW14 and
GW44
6.2. Growth of the Ascending and Descending Fiber Tracts of the White
Matter
6.3. Some Features of Myelination Gliosis and Myelination in the
Spinal Cord
6.4. Development of Clarke's Column Neurons
6.5. Development of Ventral Horn Motoneurons, Interneurons, and
Interstitial Glia
Chapter 7: GROWTH OF THE HUMAN CORTICOSPINAL TRACTS DURING THE
PRENATAL PERIOD
7.1. Growth of the Upper, Middle, and Lower Corticofugal Tracts
7.2. Descent of the Lateral and Ventral Corticospinal Tracts in the
Spinal Cord
Chapter 8: MYELINATION FO THE CORTICOSPINAL TRACTS DURING THE FIRST
TWO YEARS OF POSTNATAL LIFE
8.1. The Myelinated Subcortical and the Unmyelinated Corticofugal
Tracts in the Neonate and the Young Infant
8.2. Onset of Myelination in the Cortical Projection Areas and the
Corticofugal Tracts During Early Infancy Age: 6 to 8 Weeks
8.3. Progressive Cortical Myelination and the Growth of the
Corticofugal Tracts During Late Infancy Age: 4 to 8 Months
8.4. Proliferative Gliosis, Reactive Gliosis, and Myelination of the
Lateral Corticospinal Tract, Age: Birth to 2 Years
Chapter 9: CORRELATIONS BETWEEN THE MORPHOLOGICAL MATURATION OF THE
SPINAL CORD AND BEHAVIORAL DEVELOPMENT
9.1. The Early Development of Motility in Relation to Spinal Cord
Development
9.2. Behavioral Development During the Second and Third Trimesters in
Relation to Spinal Cord Maturation
9.3. Reflexes and Automatisms in the Neonate and Young Infant Prior
to Myelination of the Corticospinal Tract
9.4. Development of Voluntary Behavior During Late Infancy and Early
Childhood in Relation to Myelination of the Corticospinal Tract
References
Index.