Biol 252 – Fundamentals of human anatomy & physiology
|
DATE |
TOPICS |
CHAPTER |
||
|
M |
Jan |
12 |
Introduction;
Histology |
4 |
|
W |
Jan |
14 |
The
Integumentary system |
5 |
|
F |
Jan |
16 |
Bone
structure and function |
6 |
|
M |
Jan |
19 |
HOLIDAY |
- |
|
W |
Jan |
21 |
Bone
growth, maintenance, and remodeling |
6 |
|
F |
Jan |
23 |
Structure
and function of joints; Intro to muscular system |
8, 9 |
|
M |
Jan |
26 |
Sliding
filament model of muscle contraction |
9 |
|
W |
Jan |
28 |
Excitation-contraction
coupling and energy use |
9 |
|
F |
Jan |
30 |
Muscle
performance; smooth muscle |
9 |
|
M |
Feb |
2 |
Intro
to nervous system: organization and histology |
11 |
|
W |
Feb |
4 |
Neurophysiology:
the resting potential |
11 |
|
F |
Feb |
6 |
Neurophysiology:
Action potentials and graded potentials |
11 |
|
M |
Feb |
9 |
Synapses
and neural processing |
11 |
|
W |
Feb |
11 |
EXAM
#1 (Chapters 4-6,8,9,11) |
- |
|
F |
Feb |
13 |
Structure,
organization, and protection of the brain |
12 |
|
M |
Feb |
16 |
Structure
and organization of the spinal cord |
12 |
|
W |
Feb |
18 |
Vision
and the Eye |
13 |
|
F |
Feb |
20 |
Chemical
senses: olfaction & gustation; Hearing |
13 |
|
M |
Feb |
23 |
Vestibular
senses; simple sensory receptors |
13 |
|
W |
Feb |
25 |
Nerve
structure; cranial and spinal nerves |
13 |
|
F |
Feb |
27 |
Motor
systems, Autonomic nervous system |
13, 14 |
|
M |
Mar |
2 |
Hormones
and intracellular communication |
15 |
|
W |
Mar |
4 |
Pituitary
gland and its targets |
15 |
|
F |
Mar |
6 |
Remaining
endocrine glands |
15 |
|
M |
Mar |
9 |
SPRING
BREAK |
- |
|
W |
Mar |
11 |
SPRING
BREAK |
- |
|
F |
Mar |
13 |
SPRING
BREAK |
- |
|
M |
Mar |
16 |
Blood |
16 |
|
W |
Mar |
18 |
Cardiac
physiology |
17 |
|
F |
Mar |
20 |
Regulation
of cardiac output |
17 |
|
M |
Mar |
23 |
Blood
vessels and circulation |
18 |
|
W |
Mar |
25 |
Lymphatic
system and innate defenses |
19, 20 |
|
F |
Mar |
27 |
Adaptive
defenses of the immune system |
20 |
|
M |
Mar |
30 |
EXAM
#2 (Chapters 12-18) |
- |
|
W |
Apr |
1 |
A&P
of the Respiratory System |
21 |
|
F |
Apr |
3 |
Gas
exchange and control of pulmonary ventilation |
21 |
|
M |
Apr |
6 |
Gas
transport by blood; Digestive system overview |
21,22 |
|
W |
Apr |
8 |
Regulation
of gastric activity |
22 |
|
F |
Apr |
10 |
HOLIDAY |
- |
|
M |
Apr |
13 |
Physiology
of the GI tract |
22 |
|
W |
Apr |
15 |
Nutrition
and Metabolism |
23 |
|
F |
Apr |
17 |
Renal
physiology; glomerular filtration |
24 |
|
M |
Apr |
20 |
Formation
and elimination of urine |
24, 25 |
|
W |
Apr |
22 |
Male
reproductive System |
26 |
|
F |
Apr |
24 |
Female
reproductive system |
26 |
|
M |
Apr |
27 |
Hormonal
regulation, Fertilization |
26 |
|
R |
Apr |
30 |
FINAL
12pm - EXAM # 3 (Chapters 19-26) |
- |
Spring 2008 Course Information:
This course is introductory, but is quite difficult
and comprehensive. The lecture will
primarily be a discussion of physiology of the human body, taking a
systems-approach. Anatomy and histology
will also be included in lecture, although the study of most anatomy will take
place in the lab. The material taught in
the lecture and the lab will be tested separately but the grades combined for
the final course grade.
Lecture: MWF
at 12:00-12:50PM in Caroll Hall, Room 111
Laboratory: Is a co-requisite. You cannot take the lecture without the lab. Labs will be taught by Teaching Assistants, coordinated by me.
Prerequisites:
BIOL 101 & 101L.
About your Instructor:
Dr. Corey Johnson (johnsonc@med.unc.edu).
I received my Ph.D. in Cell & Developmental Biology from the UNC Medical School in 2006 where I studied anatomy and embryology. I have been in the Biology department for 3 years, having taught BIOL 205, 252, 276, and 441. I also teach gross anatomy in the Radiologic Science program in the summer.
Feel free to contact me by email. I’m difficult to reach by phone so don’t bother. I am 100% committed to being available to answer questions or explain difficult material. If you need help in understanding anything, please stop by for help. My office hours will be from 9:30am-11:45am Mondays and Wednesdays in Wilson 104A. I will meet anytime outside of those hours (by appointment) for those who cannot make it during regular office hours.
Lecture Textbook:
Anatomy & Physiology, by Marieb and Hoehn, 3rd edition. This book comes with a software study aid called InterActive Physiology.
Lab Manual: For lab, you will need the lab manual “Human Anatomy Lab Manual,” by Johnson (yes, me. I collect no royalties). It is newly published so it won’t be available used this semester. I also strongly recommend purchasing access to the software “Practice Anatomy Lab 2.0” available at www.practiceanatomylab.com. Your prelab quizzes will be based on many of the images from this site.
Philosophy
of grading and testing
I believe strongly in offering a difficult course that challenges the student. The student who receives an ‘A’ will have mastery of the subject matter as is recommended by the university’s guidelines. The testing for this course will be based on the readings from the textbook. Naturally, most questions will come from lecture material, but at least 10-15% of the exams will contain material that I have not lectured on.
Grading
policy and other information:
Outside of lecture, I will make any important
information known through the ‘announcements’ section of Blackboard. Grades will be posted to blackboard as soon
as they are available after exams. Your
grade for this course will be determined by 3 non-cumulative exams and lab as
follows:
Exams (75%): 3 exams will be
given and each will comprise 25% of your final grade. The mean for my exams is around 75%.
Lab (25%): The required lab comprises 25% of your final
grade. There is no separate grade for
lab. This will work in your favor, since
lab grades are typically higher than lecture exam grades. Your TA will explain the details of lab
grading.
READ THIS, IF NOTHING ELSE:
I will not be dropping your lowest grade. If you decide to remain enrolled in this
course, make sure you are willing to take the grade you deserve based on your
performance. You will be graded on the
basis of your achievement alone, not your improvement.
Grading scale:
93-100 A
90-92 A-
87-89 B+
83-86 B
80-82 B-
77-79 C+
73-76 C
70-72 C-
67-69 D+
60-66 D
<60 F