'Axonal transport' presentation slideshows

Chapter 12 Nervous Tissue

Chapter 12 Nervous Tissue. Controls and integrates all body activities within limits that maintain life Three basic functions sensing changes with sensory receptors fullness of stomach or sun on your face interpreting and remembering those changes reacting to those changes with effectors

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Neurons: Cellular and Network Properties

Neurons: Cellular and Network Properties. 8. About this Chapter. Organization of the nervous system Electrical signals in neurons Cell-to-cell communication in the nervous system Integration of neural information transfer. Nervous System Subdivisions. Organization of the Nervous System.

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THE NERVOUS SYSTEM: NEURAL TISSUE

THE NERVOUS SYSTEM: NEURAL TISSUE. Nervous system functions . 1. sensory function sensory receptors detect internal and external stimuli information is sent to CNS via sensory (afferent) neurons within sensory nerves 2. integrative function

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General Neurophysiology

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General Neurophysiology

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General Neurophysiology

General Neurophysiology. Axonal transport Degeneration and regeneration in the nervous system Transduction of signals at the cellular level Reflex arch Central pattern generator. Axonal transport. (axoplasmatic transport) Anterograde

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Nervous Tissue

Nervous Tissue. Graduate Microanatomy Spring 1999 Sandra H. Bolanos. Central Nervous System. Brain Spinal Cord. Brain. Cranium (brain case) Cortex Gray matter Nerve cell bodies Interior Portion White matter Axons Ventricles CSF. Spinal Cord.

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Cellular Neurobiology

Cellular Neurobiology. Albert Cheung-Hoi YU 于常海. 北京大學神經科學研究所. Neuroscience Research Institute Peking University Department of Neurobiology Peking University Health Science Center. achy@bjmu.edu.cn. One of the Cajal’s many drawings of Brain circuity.

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Diphtheria, Tetanus, Pertussis

Diphtheria, Tetanus, Pertussis. MedCh 401 Lecture 3. Adjuvant. Substances that enhance the immune response Two categories: vehicles immunomodulators. Adjuvants functioning as vehicles I. Human use: Alum compounds Aluminum hydroxide and phosphate the only licensed adjuvants in U.S.

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Neurodegenerative disease models

Neurodegenerative disease models. Neurodegeneration models in C.elegans. The development of transgenic models, has been intensively used for investigating neurodegenerative disorders such as Alzheimer's disease, Parkinson's disease, Huntington's disease and tauopathies.

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Evolution of Kinesin and Myosin Motors, and the Roles They Play In Degenerative Diseases

Evolution of Kinesin and Myosin Motors, and the Roles They Play In Degenerative Diseases. By: Lauren Kaiser. Objectives. Evolution of myosin Evolution of kinesin Divergence of kinesin and myosin motors Degenerative diseases. Myosin Review. Motor proteins Function on actin filaments

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??? ???? Oliver I. Wagner, PhD Assistant Professor National Tsing Hua University

Laboratory course: Model organism C. elegans. Week 4: What is trafficking? How is cargo transported? Motor-cargo specificities Studying trafficking using kymograph analysis. ??? ???? Oliver I. Wagner, PhD Assistant Professor National Tsing Hua University

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Delineating Toxicity Pathways of Peripheral Neuropathy

Delineating Toxicity Pathways of Peripheral Neuropathy. David Herr, Ph.D. Neurotoxicology Division US EPA RTP, NC McKim Conference on Predictive Toxicology. What is Neurotoxicity?.

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Delineating Toxicity Pathways of Peripheral Neuropathy

Delineating Toxicity Pathways of Peripheral Neuropathy. David Herr, Ph.D. Neurotoxicology Division US EPA RTP, NC McKim Conference on Predictive Toxicology. What is Neurotoxicity?.

658 views • 18 slides

A potential therapy for ALS

A potential therapy for ALS. June 2, 2013. Content. Brief introduction about ALS and the field Proposal First an overview of how each component affects disease pathogenesis followed by my therapy idea. What is ALS?. First described in 1869 by Dr. Jean Martin Charcot

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Rabies

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? 7 ? ?????????????????. The arf -like small GTPase ARL-8 unfolds the autoinhibition of the motor protein UNC-104/KIF1A and regulates the distribution of synaptic vesicles. Dr. Shinsuke Niwa Department of Biology, Stanford University 2014 ? 11 ? 11 ???? 11:00?

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