Note to All
Students
The
contents contained with in this syllabus are subject to change during
the
course of the semester. Please view the syllabus on a regular
basis.
When the syllabus is changed you will be notified by the instructor
(announcement on the index page or verbally). It is your
responsibility
to check this syllabus often for changes to the contents.
Course
Description
Biology
2121K and 2122K constitute a anatomy and physiology sequence which
teach
students the basic concepts of biology which includes biochemistry,
cell
structure and function, transport processes, cell reproduction and
division. Students will also be exposed to basic histology, gross
anatomy
and physiology of the skin, muscular system and skeletal systems.
The
gross anatomy and physiology of the nervous system and special senses
are also
covered.
The
purpose of this sequence is to provide each student with an
introduction and
overview of the basic vocabulary, theory ,
principles
and practical experience in the subject matter. These support the
practical, clinical and technical requirements of the program.
Emphasis
during the course of study will be placed on structure and function,
homeostatic
mechanisms as they relate to health and disease, and terminology
associated
with each.
During
the laboratory part of the course students will examine life size
models,
prepare tissue samples and examine prepared tissue samples, and examine
preserved
specimens.
Instructor Information
|
Name |
Mr. Andrew
D. Dawson |
|
Title |
Instructor
of Biology |
|
Email |
|
| Office Hours | Link |
Course Information
|
Term |
Fall Semester 2010 |
|
CRN Number |
|
|
Lecture
Time/Location |
MW
11:00
-
12:
15 |
|
Lab
Time/Location |
MW
8:45
-
10:45 |
|
Credit |
4 |
|
Prerequisites |
A grade of ‘C’ or
better in Biology 2121K (Anatomy and Physiology I) |
Lecture and Lab Schedules
|
Class |
Link |
|
2122 |
School
and
Course
Objectives
Course
Objectives
Identify
and describe
the levels of organization of the human body.
1.
Identify,
describe and explain the structures and functions
of the cardiovascular system.
2.
Identify,
describe, and explain the structures and functions
of the lymphatic system.
3.
Identify,
describe, and explain the structures and functions
of the immune system.
4.
Identify,
describe, and explain the structure and functions
of the respiratory system.
5.
Identify,
describe, and explain the structure and functions
of the digestive system.
6.
Identify,
describe and explain the basic principles of
nutrition and metabolism as they relate to human anatomy and physiology.
7.
Identify,
describe and explain the structures and functions
of the urinary system.
8.
Identify,
describe and apply the basic principles of fluid
and acid-base balance as they relate to human anatomy and physiology.
9.
Identify,
describe and explain the structures and functions
of the endocrine system.
10.
Identify,
describe and explain the structures and functions
of the reproductive system.
11.
Identify,
describe, and apply the basic principles of
embryology and genetics as they apply to human anatomy and physiology.
General
Science
Objectives and Student Learning Outcomes
Goal: Students
will
demonstrate knowledge of the fundamental concepts of at least on
scientific
discipline, and an understanding of the interplay between theory and
experimentation/observation under girding those concepts (Transfer
only)
Students will
demonstrate:
1.
Competency
of one discipline in the sciences in terms of its
informational content.
2.
Competency
of one discipline in the sciences in terms of its
terminology
3.
Competency
of one discipline in the sciences in terms of commonly
used units of measurements.
4.
The ability
to operate basic instrumentation, gather
and analyze data, and generate conclusions in a
laboratory or observational setting.
5.
The ability
to apply discipline content to problem solving.
Lecture
Information
Textbook
Information
|
Lecture
Text |
Human
Anatomy
and
Physiology
|
|
Author/Publisher |
Marieb and Hoehn Person
Benjamin
Cummins
|
|
Supplementary
Materials |
9-Suite System CDROM;
Course Compass website |
Attendance
Policy
In any biological
science course there is a direct correlation between classroom
attendance and
academic performance. Students are highly encouraged to attend
class on a
regular basis. During lecture, many specific details are given
about the
information being covered. This may be difficult to obtain by
second-hand
means from other students. Also, when you regularly attend class
you will
learn not only from me, but your fellow students.
At the beginning of each
class I will send around an attendance book. Each student will
have a
personal page they should sign in the appropriate space. This is
done for
record keeping and advisory purposes only.
If you should miss a lecture, it is your sole responsibility to obtain any announcements or assignments missed. Any material covered in class you are responsible for. You may meet with me after class to discuss any issues related to missing in class or make an appointment with me.
Extended Absence Policy (School Wide): “Students who have circumstances that prevent them from continuing to attend classes over an extended period of time, sometimes request that the faculty member permit them to submit work in absentia to receive credit to complete the course. If the concurrent absences will constitute more than 15% of the class sessions for the term, then written permission from the Division Chair is required before any course assignments can be completed while missing class. The student must be in good academic standing in the course to make the request. All approved coursework must be completed by the end of the semester in which the course was begun.” (Note: If a program has a more stringent absence policy than this, then the program policy prevails)
Lecture
Rules and Regulations
Laboratory
Information
|
Laboratory
Manual
|
Human Anatomy and
Physiology (Cat Version) |
|
Author/Publisher |
Marieb and Mitchell Person Benjamin Cummins
|
Laboratory
Regulations and Procedures
Lab Science Courses Safety Statement: “Since this course involves a laboratory component, there are specific safety issues that students need to be aware of (such as use of lab coats and/or safety goggles, or any other such example specifically related to that course). It is the student’s responsibility to be aware of all such issues and act in an extremely cautious manner to avoid any potential causes for accidents in the laboratory. GHC is not liable for any accident in the lab due to negligence on the part of any individual”.
Grading
Lecture
Tests
There will
be (5)
lecture tests given. Each test is worth 100 points and count
equally. Your highest test grade will count twice. A
comprehensive final
exam will be given. The final will count twice.
Lab
Assessments
There
will be (2) lab practical's given. Each counts for 100
points.
Another 100 points may be earned from the combination of lab quizzes
and
participation. (At the discretion of the
instructor).
All grades are averaged by dividing by '3' and this average will count
twice as
a part of your overall lab grade.
Final
Grade
Calculation
|
Criteria |
Points |
|
Tests 1-5 |
500 |
|
Highest |
100 |
|
Lab Average |
200 |
|
Final Exam |
200 |
|
|
|
|
Total |
1000/10 |
Letter
Grades/Rounding Policy
Letter
grades are
assigned according to the numerical average. A
(100-90);
B
(89-80);
C
(79-70);
D
(69-60); F (59 and below).
Grades are
rounded at
the 0.5 level. 89.5 is rounded to
90.
Grading
Information
Student
Information
Withdrawal Policy
If
you withdraw from any course, you must go to the Admissions and Records
Office
to fill out the appropriate forms. It is your responsibility to
complete
all forms to be able to withdraw and receive a 'W' for the
course. If you
withdraw after the mid-semester date, you will receive a 'WF' or an
F.
Students
are allowed to file for 'hardship' if circumstances occur after the
mid-semester date which require them to
withdraw. You required to fill out specific
paperwork
and present this to the Vice-President of Academic
Affairs. Your
information will be reviewed, and if approved, you will be given a WF
or F
depending on the instructor's input. If all conditions are met,
then with
the approval of the instructor, you will be able to withdraw without
being
penalized.
It
is also wise to check with the Financial Aid Office to see how a
hardship
withdrawal may affect your financial aid.
Academic Integrity
In this course, students caught cheating will receive a zero on the assessment, or can be dismissed from the course. Any appearance of cheating will be regarded as cheating, so students should keep themselves 'beyond reproach' during any assessment situations. Please go to the following site to view your rights and responsibilities concerning academic integrity.
http://www.highlands.edu/subwebs/academicaffairs/academicintegritypolicy.htm
Disability Statement
Disability Statement: “Students who feel they may need an accommodation based on the impact of a disability should make an appointment with the College Access Center (706 802 5003) to coordinate reasonable accommodations. The students are also welcome to contact the instructors privately to discuss one’s specific needs.”
Financial Aid Statement
This message only applies to students receiving financial aid: Federal regulations state that if a student did not attend classes and received failing grades, then the grades were not earned and financial aid needs to be reduced accordingly. Please be advised that any student receiving a 0.00 GPA will be required to prove that the 0.00 GPA was earned by attending classes or completing requirements for each class. Students who have earned at least one passing grade for the semester will not be affected by this regulation. If a student has properly withdrawn from all classes, the student’s financial aid should be adjusted from the time they signed the withdrawal form.
Midterm Date:
October 12
Final Exam Dates: December 8-14
The Division of Science & Physical Education supports the mission of
IC @ GHC.
The mission of the Georgia Highlands College (GHC) Quality Enhancement Plan (QEP) is to create a curriculum-wide culture of information competency (IC) among students, which will be demonstrated through writing or other modes of communication.
Grades are determined by proficiency on lecture and lab exams and lab quizzes. There are no extra credit or bonus opportunities. Your grade is determined by the percentage of points earned. Approximately 1000 points will be possible during the semester. The breakdown is as follows:
Five lecture exams @ 100pts each = 500pts
Highest lecture exam counted again* = 100pts
Final lecture exam = 200pts
Lab x2 = 200pts
---------
Total = 1000pts
* The doubling of the highest exam grade is contingent on the student scoring 2 or above on each of the four outcomes standards outlined in the IC project. Failure to do so will result in the highest grade not being doubled and the student’s grade will be calculated out of 900 points