Listen & view Gerald Schneider's lyrics & tabs

Gerald E. Schneider, Ph.D. MIT Professor of Neuroscience Current research: axon regeneration in the central nervous system with functional recovery; special topics in human neuropsychology and perception; studies of the brains of sea mammals. The discovery and publication of the “two visual systems” (1967, 1969) set the stage for much of what followed. After the early work with adult brain l...read more

podcast neuroscience listened but not scrobbled fakeartist

Similar Artists of Gerald Schneider

Open University

Open University

Dr Chris Smith, The Naked Scientists

Dr Chris Smith, The Naked Scientists

WNYC, New York Public Radio

WNYC, New York Public Radio

The New Yorker

Slate Magazine

Top Tracks of Gerald Schneider

Lecture 01: Introduction to Brain-behavior Studies

Lecture 02: History and Goals, II

Lecture 01: Introduction: Brain Orientation, Primitive Cellular Activities

Lecture 03: History and Goals, III

Lecture 05: Cellular Mechanisms

Lecture 01: Animals in Human History, Amateur and Professional Studies

Lecture 04: History and Goals, IV

Lecture 06: Neuronal Conduction and Transmission

Lecture 07: Synapses; Neuroanatomical Techniques

Lecture 08: Introduction to CNS and its Evolution

Lecture 02: Introduction: Methods; Primitive Cellular Activities

Lecture 23: Rhythms of Activity; Sleep and Waking

Lecture 1: Introduction: brain orientation, primitive cellular activities

Lecture 31: Auditory System

Lecture 26: Visual System 1: Anatomy, Ablations

Lecture 09: Evolution (cont.); Reflex and Cerebellar Channels

Lecture 10: Brain Subdivisions; Channels of Conduction

Lecture 25: Habituation, Novelty Responses

Lecture 24: Sleep and Waking (cont.); Robert Thomas, M.D., Guest lecturer

Lecture 13: Hindbrain and Midbrain

Lecture 19: Motor System, 1

Lecture 03: Introduction to Ethology, Tinbergen's Questions; Field Studies of Birds

Lecture 14: Midbrain and Forebrain

Lecture 12: Spinal Cord; Autonomic NS

Lecture 11: Transection Effects; Neocortex

Lecture 20: Motor System, 2

Lecture 13: Axon Growth

Lecture 22: Motor 4: Rythmic Outputs

Lecture 05: Specializations in CNS Evolution

Lecture 15: Development of CNS, Introduction

Lecture 17: Influences on Axon Growth

Lecture 21: Motor System, 3

Lecture 18: Axonal Sprouting and Regeneration

Lecture 27: Visual System 2: Physiology (orig: Ablation Effects); Neville Sanjana, Guest lecturer

Lecture 16: Cell migration; Axon Growth Stages

Lecture 28: Visual System 3: Ablation Studies

Farewell, Jerry

Lecture 03: Steps to the CNS of Chordates

Lecture 07: Spinal Cord Development and Anatomy

Lecture 04: Steps to the CNS of Chordates (cont.)

Lecture 06: Specializations in CNS Evolution (cont.)

Lecture 04: Lorenz' Jackdaws

Lecture 2: Introduction: brain orientation, primitive cellular activities

Lecture 09: Differentiation of the Brain Vesicles

Lecture 05: Ethology of Geese; FAPs and CNS

Lecture 07: Motivation (cont.)

Lecture 29: Visual System 4: Ablations (cont.) (Orig: Electrophysiology)

Lecture 14: Axon Growth (cont.)

Montuno Número Uno

Lecture 13: Evolution of Behavior, Genes, Learning

Lecture 11: Differentiation of the Brain Vesicles (cont.)

Lecture 27: Hypothalamus; Limbic System

Short Stories #1

Lecture 10: Models, Hierarchies and Chains of Action Patterns

Lecture 19: Taste and Olfactory Systems

Lecture 15: Motor Systems

Lecture 20: Taste and Olfactory Systems (cont.)

Lecture 37: Exam Review Session

Lecture 08: Spinal Cord Development and Anatomy (cont.)

Lecture 22: Visual Systems (cont.)

Lecture 10: Differentiation of the Brain Vesicles (cont.)

I Know I Made My Mind Up

Lecture 38: Plastic Systems: Cerebellum, Striatum, Cortex

Lecture 33: The Triumph of Sociobiology

Lecture 09: Lorenz on IRMs

Lecture 30: Sociobiology and Culture

Lecture 26: Forebrain Introduction

Lecture 24: Auditory Systems

Lecture 21: Visual Systems

Lecture 12: Differentiation of the Brain Vesicles (cont.)

Lecture 18: Anti-predator Behavior (cont.)

Lecture 23: Genes and behaviors

Lecture 16: Foraging

Lecture 20: Mating & Reproduction, Intro

Lecture 34: Neocortex

Lecture 16: Motor Systems (cont.)

Lecture 17: Anti-predator Behavior

Lecture 32: Corpus Striatum

Lecture 21: Sociobiology Intro

Lecture 38: Neocortex

Lecture 35: Neocortex (cont.)

Lecture 30: Hypothalamus; Limbic System (cont.)

Lecture 29: Hypothalamus; Limbic System (cont.)

Improvisation for Life

The River in the Woods

Lecture 14: Navigation, Migration, Communication

Lecture 36: Lorenz on Learning

Lecture 25: Discoveries of Sociobiology

Lecture 37: Neocortex (cont.)

Lecture 11: Spatial Orientation, Multiple Motivations

Lecture 32: Practical Issues in Study of Adaptation

Lecture 23: Visual Systems (cont.)

Lecture 28: Hypothalamus; Limbic System (cont.)

Lecture 25: Auditory Systems (cont.)

Lecture 24: Sociobiology and Science

Lecture 27: Hypothalamus and limbic system 1

Lecture 5: Specializations in CNS evolution

Lecture 9: Autonomic nervous system. Differentiation of the brain vesicles: Intro. To hindbrain and segmentation

Lecture 27: Discoveries of Sociobiology

Lecture 08: Lorenz on FAPs

Lecture 20: Gustatory and olfactory systems

Lecture 7: Spinal cord development and anatomy

Lecture 6: Specializations in CNS evolution

Lecture 30: Hypothalamus and limbic system 2

Lecture 10: Differentiation of the brain vesicles: Hindbrain and cranial nerves, specializations

Lecture 33: Corpus striatum

Lecture 36: Neocortex

Lecture 8: Spinal cord development and anatomy

Lecture 3: Steps to the CNS of chordates

Lecture 4: Steps to the CNS of chordates

Lecture 11: Differentiation of the brain vesicles: Developmental distortions; evolution of midbrain and forebrain

Lecture 22: Visual systems

Lecture 22: Sociobiology Subject Matter

Lecture 29: Cultural Determinism and Sociobiology

Lecture 33: Corpus Striatum (cont.)

Lecture 36: Neocortex (cont.)

Lecture 31: Hypothalamus; Limbic System (cont.)

Lecture 23: Visual systems

Lecture 25: Auditory and related sensory

Lecture 31: Hypothalamus and limbic system 2

Lecture 24: Auditory and related sensory

Lecture 32: Hypothalamus and limbic system 2

Lecture 18: Midterm review

Lecture 14: CNS differentiation: Axon growth

Lecture 28: Hypothalamus and limbic system 1

Lecture 12: Differentiation of the brain vesicles: Vertebrate forebrain evolution and organization

Lecture 29: Hypothalamus and limbic system 1

Lecture 17: Motor systems

Lecture 16: Motor systems

Lecture 34: Corpus striatum

Lecture 13: CNS differentiation: Axon growth

Tales from the Island and Stories from the Sea - Chapter II

Lecture 14: Navigation, Migrat

Lecture 3: History and Goals, III

Lecture 16: Motor Systems (con

Lecture 4: History and Goals, IV

Lecture 38: Plastic Systems: C

Lecture 26: Forebrain Introduc

Lecture 5: Cellular Mechanisms

Lecture 20: Mating & Reproduct

Lecture 11: Differentiation of

Lecture 02: History and Goals,

History and Goals, II

Lecture 01: Introduction: Brai

History and Goals, IV

Introduction to Brain-behavior Studies; History and Goals, I

History and Goals, III

Introduction: Brain Orientation, Primitive Cellular Activities

Lecture 2: History and Goals, II

Lecture 1: Introduction to Brain-behavior Studies

Lecture 6: Neuronal Conduction and Transmission

Lecture 1: Introduction to Brain-behavior Studies

Lecture 7: Synapses; Neuroanatomical Techniques

Lecture 9: Evolution (cont.); Reflex and Cerebellar Channels

Loading Time :0.004176139831543