Physiological Psychology Lab
PSYC 373 Session C
Summer 2015
Instructor: Caroline Neely
Class Time: Mon. & Weds. 3:30 – 6:20 PM
Class Location: DK 2074
E-mail: Cneely3@masonlive.gmu.edu
Office Hours: 2:20 – 3:20 PM or by appt.
Office Location & #: DK 2027; 3-5455
Goals of Lab: The primary goal of this lab is for students to become familiar with brain structure and function
through lectures and dissection. The course will begin with a broad survey of cellular neuroscience and then
proceed into sheep brain/eye dissections. Students will analyze and reflect on several theories and research
techniques that have set the foundation of neuroscience and will give presentations on neuroscience research
topics to the class. The latter part of the course will be a broad survey of behavioral neuroscience and
histology/microscopy.
Recommended Text: Cooley, R. K., & Vanderwolf, C.H. (2001). The Sheep Brain: A Basic Guide. A.J. Kirby
Co.: London. (not required)
Attendance & Participation: The material covered in lab will be the basis of quizzes and exams so attendance is
highly encouraged. Attendance during dissections is particularly important because these classes will be your
ONLY time to dissect the sheep brains & eyes. If you know that you will be absent from a class please let me
know at least 2 weeks ahead and I may be able to arrange a make-up dissection.
Lab Practical Exams: These exams consist of identification and/or questions regarding pinned brain structures.
There will be no make-ups for a missed practical unless you have obtained my approval (and this is
incredibly rare). You MUST let me know well in advance that you will miss a practical. If you are sick, then you
must let me know ASAP. The nature of the exam does not allow it to be reproduced or preserved. Practical I will
cover Brain Tours I & II and is worth 50 points. Practical II is a cumulative final and is worth 100 points.
I will administer what are called “mock practicals” during the classes that are study sessions. These will not be
graded; however, if you attend, you will significantly increase your chances of getting a good grade on the real
practical. Due to the nature of this class, it is extremely difficult for me to hold make-up mock practicals. If you
have a legitimate excuse, please let me know ahead of time, and I could perhaps arrange a make-up.
Quizzes: The quizzes will be based on lecture material covered in class. These quizzes will not require
identification of brain structures as observed through dissection. Quiz questions can take the form of multiple
choice, true/false, fill-in-the-blanks, labeling a diagram, and/or short-answer format. Quizzes start the first minute
of class and are timed. Once the time is up you must turn in the quiz. If you are late to class or have missed the
quiz then you will NOT be able to make it up.
Foundations in Neuroscience Assignment: Each student will select a research technique, theory, and/or
researcher from a list that I will provide via Blackboard. These researchers have contributed to the field of
biopsychology/neuroscience with the techniques they created, the theories that they suggested, the knowledge that
they have provided, etc. The student will write a summary/critique on the researcher’s contribution, discuss the
contribution’s importance, and describe how this technique can be used in a current research setting AND how it
can impact those outside the lab (e.g. regular people that are not in a research lab for most of the day). This might
include research in drug companies, implications for mental disorders, how psychological and/or physiological
wellbeing are portrayed in the media, and so on. Students will submit their work via a Blackboard link. Work not
submitted by the deadline will not be graded and will receive a 0.
Lab Reports: students will complete three (3) short lab reports that concern material covered in class. These lab
reports will be due via a provided Blackboard link at the start of class. Reports that are not submitted before the
deadline will not be graded and will receive a 0.
Group presentations: students will form groups of no more than 4 students and present on a topic that relates to
the course (that is, the topic must relate to physiological psychology and/or neuroscience). Students will submit
self- and group-evaluations at the end of the presentation which will factor into their grade. More information will
be provided when the presentation date nears.
Policy Regarding Late Assignments: Permission to postpone a quiz or to turn in an assignment late will only be
given for very important and acute reasons. Any make-up quiz or assignment will be structured like the original,
but the content will be different. The student must obtain my prior consent to postpone an assignment, including
quizzes, or has written medical documentation for absence from a quiz or other assignment. Any documentation
required for excused absences MUST be turned in by the following lab period.
Policy Regarding “Curving” and Extra Credit: I will curve only on practicals if the highest grade is not a 100.
I do not give extra credit on practicals, quizzes, or assignments. There will be ONE, and ONLY ONE, extra credit
assignment given at the end of the semester/session. You will attend a neuroscience-related event (Students in
Neuroscience Annual Symposium or a lecture at the Krasnow Institute), participate in a graduate student’s study,
OR write a literature review on a topic of my choice. Do not ask me for additional extra credit or a chance to redo
an assignment for a better grade. I will say no.
The GMU honor code will be strictly enforced: Students are required to complete their own work – plagiarism,
cheating, and copying other students’ work will not be tolerated. Cheating and plagiarism will be reported to the
University Honor Board and/or penalized. Information that is used from an outside source must be cited in
correct APA format. I reserve the right to enter a failing grade for any student found guilty of an honor code
violation.
Official Communications via GMU E-Mail: Mason uses electronic mail to provide official information to
students. Examples include communications from course instructors, notices from the library, notices about
academic standing, financial aid information, class materials, assignments, questions, and instructor feedback.
Students are responsible for the content of university communication sent to their Mason e-mail account, and are
required to activate that account and check it regularly.
Technology Statement: Required knowledge of technology for this course includes ability to retrieve handouts
sent via email to your GMU address or posted on Blackboard (mymason.gmu.edu). Occasionally I may use
computer programs or the Internet in class to present demonstrations of relevant material. You may also wish to
use websites provided by me to study for the lab practical exams.
Students With Disabilities: If you are a student with a disability and you need academic accommodations please
see me and contact the Disability Resource Center (DRC) at 703-993-2474. All academic accommodations must
be arranged through the DRC.
Please note that this course requires active participation in dissection of animal tissue (brain and eye)
preserved in fixative. If you have a concern about this, or cannot participate for some reason, please meet
with me as soon as possible.
Selective Withdrawal Period (undergraduate students only): Undergraduate Degree seeking students may
request a maximum of three-selective withdrawals during their entire undergraduate career. Before/If you decide
that you would like to selectively withdraw from the course, please talk to your adviser and/or me to verify that it
is the best decision for you.
Important Dates: to find out more information on the add/drop dates, or general information about the summer
2015 schedule visit summer.gmu.edu>>Registration>>Add/Drop Dates
3 Quizzes (30 points each)
90 points
Attendance/Participation
20 points
Lab Practical I
50 points
Lab Practical II (cumulative)
100 points
Group Presentation
30 points
Foundations Assignment
30 points
3 lab reports (10 points each)
30 points
_______________________________________________________________________
TOTAL
350 points
A+ (97 – 100%);
A (93 – 96%);
A- (90 – 92%)
B+ (87 – 89%); B (83 – 86%);
B- (80 –
82%) C+ (77 – 79%);
C (73 – 76%)
C- (70 – 72%)
D (60 – 69%)
F (59% and below)
Date
June 29th
Tentative Course Schedule:
Neurophysiology; Action Potential & Postsynaptic
potential
Lab report 1: action potential simulation
Quiz 1 (Neurophysiology, Action
Potential/Postsynaptic Potential)
Assignments Due:
Lab report 1 due
Sheep brains provided
July 1st
July 6th
Brain Tour I (surface identification) & Tour II
(cranial nerves)
Review Tours I and II
Study Session for Lab Practical I
July 8th
Lab Practical I (Brain Tours I and II)
Foundations Assignment
due
Study for lab practical
Visual System (sheep eye dissection)
July 13th
July 15th
July 20th
July 22nd
Lab report 2: eyeball anatomy
Quiz 2 (Visual System)
Coronal and Midsagittal Dissections
Review coronal and midsagittal sections
Study Session for Lab Practical II
Lab Practical II (Cumulative)
Lab report 2 due
Sheep brains provided
Study for lab practical
Histology/Behavioral Neuroscience
July 27th
July 29
th
Lab report 3: Histology techniques & behavioral
models of neurological diseases/disorders
Quiz 3 (Histology/Behavioral Neuroscience);
Presentations
Lab Report 3 due
Presentations