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COGS 107A Neuroanatomy and Physiology COGS 107A Midterm 2 Exam Submission Review Questions with Correct Answers | 100% Pass Guaranteed | Graded A+ | $14.99   Add to cart

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COGS 107A Neuroanatomy and Physiology COGS 107A Midterm 2 Exam Submission Review Questions with Correct Answers | 100% Pass Guaranteed | Graded A+ |

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COGS 107A Neuroanatomy and Physiology COGS 107A Midterm 2 Exam Submission Review Questions with Correct Answers | 100% Pass Guaranteed | Graded A+ |

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  • November 9, 2024
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COGS 107A Neuroanatomy and Physiology
COGS 107A Midterm and Final Exam

Course Title and Number: COGS 107A Neuroanatomy and
Physiology Exam
Exam Title: COGS 107A Midterm and Final Exam Exam
Exam Date: Exam 2024- 2025
Instructor: [Insert Instructor’s Name]
Student Name: [Insert Student’s Name]
Student ID: [Insert Student ID]

Examination
180 minutes
Instructions:
1. Read each question carefully.
2. Answer all questions.
3. Use the provided answer sheet to mark your responses.
4. Ensure all answers are final before submitting the exam.
5. Please answer each question below and click Submit when you have completed
the Exam.
6. This test has a time limit, The test will save and submit automatically when the
time expires
7. This is Exam which will assess your knowledge on the course Learning
Resources.


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COGS 107A Neuroanatomy and
Physiology 2024-2025
COGS 107A Midterm 2 Exam Submission Review
Questions with Correct Answers | 100% Pass
Guaranteed | Graded A+ |
Read All Instructions Carefully and Answer All the
Questions Correctly Good Luck: -

Tau - Answer>> the time it takes for voltage to rise to
67% or fall to 33% of its final value.

Length Constant - Answer>> L is the distance over
which a voltage step decays to 1/e (33%) of its original
value.
L tracks the square root of rm/ri ratio
If rm is large compared to ri, current will flow down the
inside of the axon and L will be large.
- how far passive current flows before it leaks out

Synaptic Transmission - Answer>> - Information
transfer at synapse
- Plays role in all the operations of the Nervous System.
- 2 types: Chemical and Electrical
- Concept: 1897 Charles Sherrington "Synapse"

3 peoples findings of Synaptic Transmission -
Answer>> - 1921 Otto Loewi "Vagusstoff"
- 1951 Bernard Katz and John Eccles
- 1959 Furshpan and Potter

Electrical Synapse - Answer>> - Direct and passive
current flow
- linked together by Gap Junction
- Ionic current flows through the connexon channels
- direct connections between two neurons

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- found between sensory and
motor neurons in neural
pathways mediating escape reflexes.

Gap Junctions - Answer>> - bridges the cytoplasm of
two cells
- Connexon Channel
- 2 connexons forms 1 Gap Junction channel
- Many Gap Junction Channels form 1 Gap Junction
- Ions and small molecules can pass in both directions
- each connexon formed by 6 connexins
- Bidirectional

Electrically Coupled - Answer>> - Ions flow directly
from one cytoplasm to the next.
- cells connected by gap junctions
- Transmission at electrical synapses is very fast and, if
the synapse is large, nearly fail-safe.

Synaptic Integration - Answer>> - Several PSP's
occurring simultaneously to excite a neuron.

Synchronization - Answer>> - Brainstem neurons that
regulate breathing are electrically coupled.

Hormone Release - Answer>> - In the Hypothalamus
hormone-secreting neurons fire Action Potentials at
about the same time, facilitating a burst of hormone
into circulation.

Intracellular Signaling - Answer>> - Gap junction
pores allow ATP and secondary messengers to diffuse.

Gray's Type 1 - Answer>> - Excitatory
- Asymmetrical membrane differentiations


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