George F. Martin, PhD Collection Spec Martin 1 linear foot,

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1 George F. Martin, PhD Collection Spec Martin 1 linear foot, Medical Heritage Center Prior Health Sciences Library The Ohio State University 376 W. 10th Ave. Columbus, OH INTRODUCTION Access The collection is open to the public and is available for viewing in the Medical Heritage Center. Materials do not circulate and must be used in the supervised reading room. Restrictions, including copyright, may exist and some materials may be too fragile to photocopy or digitize. The MHC charges for duplication services, which must be performed by staff. Citation [Identification of item], George F. Martin, PhD Collection, Spec Martin, Medical Heritage Center, John A. Prior Health Sciences Library, The Ohio State University. Processing Notes This collection was processed July 12 18, 2011 by Kristin Rodgers. The collection is arranged alphabetically. The reprints are arranged by year and then alphabetically within that year. Property Rights The Ohio State University Medical Heritage Center owns the property rights to this collection. Provenance This collection was donated to the Medical Heritage Center by George F. Martin on August 23, HISTORICAL SKETCH George F. Martin was born February 20, 1937 in Englewood, New Jersey. He married Muriel Joy Brandkamp on August 13, 1960 and they have two children, George and Laurie. He earned his B.S. in biology from Bob Jones University in Greenville, South Carolina and from the University of Alabama his M.S. in 1963 and his Ph.D. in Martin served as a professor and researcher in the Department of Anatomy at the Ohio State University from 1965 until He directed over a dozen courses in the dental and medical school throughout his career, but his major teaching was in neuroscience and neuroanatomy. His received numerous grants from the National Science Foundation and the National Institutes of Health (NIH). He also received a Javits Award from the NIH ( ). The Senator Jacob Javits Awards in the Neurosciences is a conditional, seven-year research 1

2 grant given to scientists for their superior competence and outstanding productivity. Javits Awards provide long-term support to investigators with a history of exceptional talent, imagination, and preeminent scientific achievement. Martin s research largely in opossums, has involved comparative neurology and developmental neurobiology, with interest in the development of the spinal cord and in spinal cord injury. Martin has authored 154 publications and 107 abstracts. Martin served on many Ohio State committees as well as many national ones. Some of his national work included serving on the Executive Committee of the American Association of Anatomists and as Chair of its Nomenclature Committee. He also served as a member of the NIH site visit teams, scientific review sessions, and the chair of special study sessions for the National Institutes of Health. Martin was the recipient of the first Ohio State University Distinguished Teaching Award in the basic sciences, and essentially every year since received a Distinguished Teaching Award from the medical class. He received a Distinguished Scholar Award from Ohio State in He was Pre-Clincal Professor of the Year from the medical school class of 1992, and Professor of the Year in He was named a Presidential Professor (renamed Distinguished Professor in 1995) by Ohio State in He was inducted into the Alpha Omega Alpha Medical Honor Society, although he was not a physician, as a symbol of the esteem with which he is held by the students in that honorary society. The OSU Health Sciences post-doctoral fellowship association established an annual lecture in his name. SCOPE AND CONTENT NOTE The George F. Martin, PhD Collection (1 linear foot) contains article reprints, photographs, and a CV of Martin. CONTAINER LISTING Box File Description Date(s) 1 1 Curriculum Vitae Photographs n.d. 1 3 Reprint: Rubrobulbar Projections of the Opossum 1970 (Didelphis virginiana) 1 4 Reprint: The projections of the Deep Cerebellar Nuclei 1973 of the Opossum, Didelphis marsupialis virginiana 1 5 Reprint: The Organization of Projection Neurons in the 1974 Opossum Red Nucleus 1 6 Reprint: The Direct Spinal Area of the Inferior Olivary 1975 Nucleus: An Electron Microscopic Study 1 7 Reprint: Functional Localization and Cortical 1975 Architecture in the Nine-banded Armadillo (Dasypus novemcinctus mexicanus) 1 8 Reprint: The Inferior Olivary Nucleus of the Opossum 1975 (Didelphis marsupialis virginiana), Its Organization and Connections 1 9 Reprint: A Neuroanatomical Analysis of Spinal Cord

3 Injury in the Rhesus Monkey 1 10 Reprint: The Vestibular Complex of the American 1977 Opossum Didelphis 1 11 Reprint: Evidence for Direct Bulbospinal Projections to 1979 Laminae IX, X and the Intermediolateral Cell Column. Studies using Axonal Transport Techniques in the North 1 12 Reprint: The Precise Origin of the Tectospinal Pathway 1979 in Three Common Laboratory Animals: A Study Using the Horseradish Peroxidase Method 1 13 Reprint: Afferent Connections of the Inferior Olivary 1980 Nucleus with Preliminary Notes of Their Development: Studies Using the North 1 14 Reprint: The Development of Major Projections to the 1980 Inferior Olivary Nucleus 1 15 Reprint: The Early Development of Corticobulbar and 1980 Corticospinal Systems 1 16 Reprint: The Pontocerebellar System in the Opossum, 1980 Didelphis 1 17 Reprint: Projections from the Brain Stem Reticular 1980 Formation to Laminae I and II of the Spinal Cord. Studies using Light and Electron Microscopic Techniques in the North 1 18 Reprint: Evidence for Collateral Innervation of the 1981 Cervical and Lumbar Enlargements of the Spinal Cord by Single Reticular and Raphe Neurons. Studies using Fluorescent Markers in Double-Labeling Experiments on the North 1 19 Reprint: Organization of Projections from the Gracile, 1981 Medical Cuneate and Lateral Cuneate Nuclei in the North 1 20 Reprint: Spinal Projections from the Medullary Reticular 1981 Formation of the North : Evidence for Connectional Heterogeneity 1 21 Reprint: The Brainstem Origin of Monoaminergic 1982 Projections to the Spinal Cord of the North American Opossum: A Study Using Fluorescent Tracers and Fluorescence Histochemistry 1 22 Reprint: Development of Raphe-Spinal Connections in 1982 the North 1 23 Reprint: The Origin of Brain Stem-Spinal Projections at 1982 Different Stages of Development in the North American Opossum 1 24 Reprint: Raphespinal Projections in the North American 1982 Opossum: Evidence for Connectional Heterogeneity 1 25 Reprint: Anatomical Demonstration of the Location and

4 Collateralization of Rubral Neurons Which Project to the Spinal Cord, Lateral Brainstem and Inferior Olive in the North 1 26 Reprint: The Auditory Brainstem Nuclei and Some of 1983 their Projections to the Inferior Colliculus in the North 1 27 Reprint: Brainstem Projections to the Facial Nucleus of 1983 the Opossum. A Study Using Axonal Transport Techniques 1 28 Reprint: Observations on the Early Development of 1983 Ascending Spinal Pathways 1 29 Reprint: Collateral Innervation of the Inferior Colliculus 1984 in the North : A Study Using Fluorescent Markers in a Double Labeling Paradigm 1 30 Reprint: The Neuronal Types and the Distribution of Hydroxytryptamine and Enkephalin-like Immunoreactive Fibers in the Dorsal Cochlear Nucleus of the North 1 31 Reprint: A Study of Overlap and Collateralization of 1984 Bulbar Reticular and Raphe Neurons which Project to the Spinal Cord and Diencephalon of the North 1 32 Reprint: The Development of Commissural Connections 1985 of Somatic Motor-Sensory Areas of Neocortex in the North 1 33 Reprint: Major Projections of the Reticular Formation Reprint: An Autoradiographic Analysis of Ascending 1986 Projections from the Medullary Reticular Formation in the Rat 1 35 Reprint: Observations on the Development of Descending Spinal Pathways in the North American Opossum Reprint: Development of the Basilar Pons in the North 1987 : Dendrogenesis and Maturation of Afferent and Efferent Connections 2 2 Reprint: Development of Brainstem and Cerebellar 1987 Projections to the Diencephalon with Notes on Thalamocortical Projections: Studies in the North 2 3 Reprint: Organization of Forebrain Projections from the 1987 Medullary Reticular Formation in the North American Opossum. Evidence for Connectional Heterogeneity 2 4 Reprint: The Timing of Granule Cell Differentiation and 1987 Mossy Fiber Morphogenesis in the Opossum 2 5 Reprint: Catecholaminergic Innervation of the Spinal

5 Cord in the North, Didelphis 2 6 Reprint: The Development of Selected Rubral 1988 Connections in the North 2 7 Reprint: Evidence for Developmental Plasticity of the 1988 Rubrospinal Tract. Studies Using the North American Opossum 2 8 Reprint: The Origin of Projections from the Medullary 1988 Reticular Formation to the Spinal Cord, the Diencephalon and the Cerebellum at Different Stages of Development in the North : Studies Using Single and Double Labeling Techniques 2 9 Reprint: The Brainstem Origin of Enkephalin- and 1989 Substance P Like Immunoreactive Axons in the Spinal Cord of the North 2 10 Reprint: Developmental Plasticity of the Rubrospinal 1989 Tract in the North 2 11 Reprint: The Early Development of Major Projections to 1989 the Dorsal Striatum in the North 2 12 Reprint: Development of Catecholaminergic Projections 1990 to the Spinal Cord in the North, Didelphis 2 13 Reprint: Origins and Terminations of Bulbospinal Axons 1990 That Contain Serotonin and Either Enkephalin or Substance-P in the North 2 14 Reprint: The Response of Rubrospinal Neurons to 1990 Axotomy in the Adult Opossum, Didelphis 2 15 Reprint: Cerebellorubral Degeneration after Resection 1991 of Cerebellar Dentate Nucleus Neoplasms: Evaluation with MR Imaging 2 16 Reprint: The Development of Descending Spinal 1991 Pathways in the North 2 17 Reprint: Evidence for New Growth and Regeneration of 1991 Cut Axons in Developmental Plasticity of the Rubrospinal Tract in the North 2 18 Reprint: Ipsilaterally Projecting Rubrospinal Neurons in 1991 Adult and Developing Opossums 2 19 Reprint: Organization of Midbrain Catecholamine 1991 Containing Nuclei and Their Projections to the Striatum in the North, Didelphis 2 20 Reprint: The Origin of Serotoninergic Projections to the 1991 Lumbosacral Spinal Cord at Different Stages of Development in the North 2 21 Reprint: The Origins of Supraspinal Projections to Lumbosacral and Cervical Levels of the Spinal Cord in the Gray Short-Tailed Brazilian Opossum, Monodelphis

6 domestica 2 22 Reprint: The Origins of Supraspinal Projections to the 1992 Cervical and Lumbar Spinal Cord at Different Stages of Development in the Gray Short-Tailed Brazilian Opossum, Monodelphis Domestica 2 23 Reprint: The Response of Rubrospinal Neurons to 1992 Axotomy at Different Stages of Development in the North 2 24 Reprint: Development of an Astrocytic Response to 1993 Lesions of the Spinal Cord in the North American Opossum: An Immunohistochemical Study Using Anti- Glial Fibrillary Acidic Protein 2 25 Reprint: The Development of Myelin in the Spinal Cord 1993 of the North and its Possible Role in Loss of Rubrospinal Plasticity. A Study Using Myelin Basic Protein and Galactocerebroside Immuno- Histochemistry 2 26 Reprint: Development of Radial Glia and Astrocytes in 1993 the Spinal Cord of the North (Didelphis ): An Immunohistochemical Study Using Anti-Vimentin and Anti-Glial Fibrillary Acidic Protein 2 27 Reprint: The Early Development of Major Projections 1993 from Caudal Levels of the Spinal Cord to the Brainstem and Cerebellum in the Gray Short-Tailed Brazilian Opossum, Monodelphis Domestica 2 28 Reprint: Models of Spinal Cord Regeneration Reprint: The Distribution of GAP-43 Immunoreactivity in 1995 the Central Nervous System of Adult Opossums (Didelphis ) with Notes on their Development 2 30 Reprint: Plasticity of Descending Spinal Pathways in 1995 Developing Mammals 2 31 Reprint: Early Development and Developmental 1996 Plasticity of the Fasciculus Gracilis in the North (Didelphis ) 2 32 Reprint: Evidence for GAP-43 within Descending Spinal 1996 Axons in the North, Didelphis 2 33 Reprint: Evidence for Growth of Supraspinal Axons 1996 Through the Lesion After Transection of the Thoracic Spinal Cord in the Developing Opossum Didelphis 2 34 Reprint: Growth of Dorsal Spinocerebellar Axons through a Lesion of their Spinal Pathway during Early Development in the North, Didelphis

7 2 35 Reprint: Development and Developmental Plasticity of 1997 Descending Spinal Pathways in the North American Opossum, Didelphis 2 36 Reprint: Developmental Plasticity of Selected 1997 Spinocerebellar Axons. Studies Using the North, Didelphis 2 37 Reprint: Adult Opossums (Didelphis ) 1998 Demonstrate Near Normal Locomotion after Spinal Cord Transection as Neonates 2 38 Reprint: Origin, Course, and laterality of Spinocerebellar 1998 Axons in the North, Didelphis 2 39 Reprint: Regeneration of Supraspinal Axons After 1998 Transection of the Thoracic Spinal Cord in the Developing Opossum, Didelphis 2 40 Reprint: Developmental Plasticity of Ascending Spinal Axons Studies Using the North, Didelphis

DEVELOPMENT OF BRAIN

DEVELOPMENT OF BRAIN Ahmed Fathalla OBJECTIVES At the end of the lecture, students should: List the components of brain stem. Describe the site of brain stem. Describe the relations between components of brain stem & their