UCSBPlat.com directly in your GOLD Try it Now
  • Courses
  • MCDB
  • MCDB 252

    • Neurobiology II: Molecular and Cellular Neurobiology . MCDB 252

    This second course of a three quarter neurobiology course sequence (251/252/253) will cover both top down systems level approaches and bottom up molecular approaches to major topics in neurobiology. These topics include mechanisms of sensory transduction, processing of sensory information within the brain, mechanisms of muscle control, cell signaling, neuronal plasticity, neuronal polarity, and the mapping of neural information to the brain.

    + Add to schedule
    Prerequisites: MCDB 251 with a grade of B or better.

    4

    Units

    Letter

    Grading

    1, 2, 3

    Passtime

    Graduate students only

    Level Limit

    Letters and science

    College
    Instructors
    MONTELL C
    No info found
    KOSIK K S
    No info found
    Lecture
    SH 1430
    W F
    11:00 AM - 12:15 PM
    2 / 4
    Sections
    ILP 3101
    F
    09:00 AM - 09:50 AM
    1 / 2
    ILP 3205
    F
    14:00 PM - 14:50 PM
    1 / 2
    Enrollment Trends
    Grading Trends (4)
    See All
    MCDB 252 Kosik K S Winter 2019 Total: 3
    MCDB 252 Montell C Winter 2019 Total: 3
    You Might Also Like
    MCDB 233
    1 / 1 Full
    Molecular and Cellular Immunobiology
    Anthony De Tomaso 3.1
    M W F
    13:00 PM - 13:50 PM
    92.3% A
    MCDB 260
    36 / 40 Enrolled
    Research Strategies in Molecular, Cellular and Developmental Biology
    Meghan Morrissey 5.0
    T
    15:00 PM - 15:50 PM
    99.2% A
    MCDB 261
    0 / 5 Enrolled
    Literature in Immunology
    Anthony De Tomaso 3.1
    W
    17:00 PM - 20:00 PM
    MCDB 262
    39 / 78 Enrolled
    Research Progress in Molecular, Cellular and Developmental Biology
    Thomas Weimbs 2.7
    F
    12:00 PM - 12:50 PM
    MCDB 263
    31 / 97 Enrolled
    Progress in Biochemistry and Molecular Biology
    Gardner B M, Louis M R
    M W
    15:00 PM - 16:50 PM
    MCDB 268
    1 / 25 Enrolled
    Literature in Plant Molecular Biology
    Ruth Finkelstein 2.0