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DENT/OBHS 131 Neuroscience 2009. Are you a Dental or Optometry student? 1.Optometry 2.Dental 1.Optometry 2.Dental.

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Presentation on theme: "DENT/OBHS 131 Neuroscience 2009. Are you a Dental or Optometry student? 1.Optometry 2.Dental 1.Optometry 2.Dental."— Presentation transcript:

1 DENT/OBHS 131 Neuroscience 2009

2 Are you a Dental or Optometry student? 1.Optometry 2.Dental 1.Optometry 2.Dental

3 People  Course Directors:  Robin Lester, PhD  Paul Gamlin, PhD  Clinical Coordinator:  James Banos, PhD  Administrative Associate:  Jan Phillips  Course Directors:  Robin Lester, PhD  Paul Gamlin, PhD  Clinical Coordinator:  James Banos, PhD  Administrative Associate:  Jan Phillips

4 Common misconceptions  Humans use only 10% or less of their brain  the "unused" ninety percent of the human brain is capable of exhibiting psychic powers  Source: Wikipedia  Humans use only 10% or less of their brain  the "unused" ninety percent of the human brain is capable of exhibiting psychic powers  Source: Wikipedia

5 Course philosophy  The course provides the student with a basic science, balanced view of the structure and function of the WHOLE nervous system from molecule to behavior. The course is designed to prepare students for future clinical courses.

6 Course Objectives  Students should be able to describe and relate the structure and function of the normal mature and developing nervous system:  Identify the basic cellular and molecular processes of neurons and glia.  Describe the functional organization of the pathways in the nervous system that mediate sensory input, central integration and decision making, and motor output.  Form an integrated understanding of normal and abnormal behavior based on molecular, cellular and systems neuroscience.  Recognize the genetic and environmental mechanisms that control the normal development of the nervous system and regulate the response of the nervous system to injury or disease.  Students should be able to describe and relate the structure and function of the normal mature and developing nervous system:  Identify the basic cellular and molecular processes of neurons and glia.  Describe the functional organization of the pathways in the nervous system that mediate sensory input, central integration and decision making, and motor output.  Form an integrated understanding of normal and abnormal behavior based on molecular, cellular and systems neuroscience.  Recognize the genetic and environmental mechanisms that control the normal development of the nervous system and regulate the response of the nervous system to injury or disease.

7 Teaching strategy  Didactic lectures (PowerPoint)  Knowledge & concepts  Gross lab  Neuroanatomy (n.b. divide class)  Clinical correlations  Neurological and psychiatric disease  Self-study:  Course text-book (Nolte)  Open-book tests  Virtual brain  Didactic lectures (PowerPoint)  Knowledge & concepts  Gross lab  Neuroanatomy (n.b. divide class)  Clinical correlations  Neurological and psychiatric disease  Self-study:  Course text-book (Nolte)  Open-book tests  Virtual brain

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13 Assessment  The final grade is based on an average all components:  Multiple Choice Exams (75%). Three exams will be administered during the weeks noted below. All exams will be available on computer:  Exam I (Feb 2, 2009) 25%  Exam II (Mar 6, 2009) 25%  Exam III (Mar 25, 2009) 25%  Exams will be modular.  Exams will cover lecture material, reading material, laboratory information.  Gross Exam (Week 2) 10 %  Weekly Review Questions 15%  The final grade is based on an average all components:  Multiple Choice Exams (75%). Three exams will be administered during the weeks noted below. All exams will be available on computer:  Exam I (Feb 2, 2009) 25%  Exam II (Mar 6, 2009) 25%  Exam III (Mar 25, 2009) 25%  Exams will be modular.  Exams will cover lecture material, reading material, laboratory information.  Gross Exam (Week 2) 10 %  Weekly Review Questions 15% A: 89.5 or above B: 89.4 - 79.5 C: 79.4 - 69.5 F: 69.4 or below

14 Honor code  All faculty in this course strongly respect the Honor Code as set forth by the Schools of Medicine and Optometry. All examinations are closed-book, and no discussion of the examination will be permitted by faculty or students until the exam has ended.  There is to be no use of materials from previous years.  All faculty in this course strongly respect the Honor Code as set forth by the Schools of Medicine and Optometry. All examinations are closed-book, and no discussion of the examination will be permitted by faculty or students until the exam has ended.  There is to be no use of materials from previous years.


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