Instructor:
Joan McKearnan Office:
S108
Phone
numbers: Office:
422-3547 Science
secretary: 422-3484
E-mail:
mckearjo@an.cc.mn.us
Website:
www.ar.cc.mn.us/mckearnan
Office
hours: M 1-2pm, W 4-5 pm, Tu-Th 2:30-3:30 pm
or by appointment
Lecture
meeting time: TTh 11:00- 12:15 am
Required Textbook:
Park Talaro, K. and A. Talaro. 1999.
Foundations in microbiology, 3rd ed.
WCB/McGraw-Hill Co. Boston.
Lab
Manual: Harley & Prescott. Laboratory Exercises in Microbiology, 4th ed.
Lab Material: Lab
coat or other protective garment, lab notebook
Email Address: You
must have an e-mail address to facilitate the sharing of information. If you do
not already have an e-mail account, you can get one through the ARCC computer
lab.
Internet Access:
The internet is a good source of information for the class and I have a
web site where information and important links can be found.
You can access the internet here at ARCC if you do not have access at
work or home.
General
Course Goal/Major Concepts:
Intensive study of general microbiology
including bacteriology, virology, microbial ecology, parasitology, and
immunology. The course emphasis is
on bacteria: principles of control and culture, metabolic processes, and
microbiological techniques.
Prerequisites: A
prerequisite for this class is BIOL 1106. You
will be expected to be familiar with the concepts of scientific method, basic
chemistry and chemical reactions, enzyme function, 4 classes of biological
molecules, basic structure, mitosis
and meiosis, membrane transport (e.g., osmosis, diffusion), cellular respiration
and photosynthesis, DNA replication, transcription and translation, the genetic
code, and food webs and trophic pyramids. If
you need review of these subjects, read Chapter 2 from the text or relevant
chapters in your general biology text.
Class
activities:
Lecture material is predominantly
presented in lecture format but we will often engage in small group activities,
some for credit. Some small group
activities may require time outside of class with your group.
Lab emphasizes techniques commonly used in microbiology labs and stresses
the scientific method. Questions
and student participation are expected during lecture and laboratory.
Grading:
Lecture grade is based on three lecture
exams given during the lecture period and a comprehensive final exam given Thursday,
20 Dec, 9:40-11:40 am.
There will be several small group activities conducted during class time
that will be turned in for a total
of 75 points. Also, you will be
required to turn in 5 summaries that summarize news or information.
On Thursday each week, you can turn in a summary of a article of your
choice pertaining to the topic of that week.
An alternative to this assignment is to attend one day of the Nobel
Conference and write a summary of one of the lectures. More information will be
provided in a handout. The
grading opportunities in lecture are:
3 lecture exams @ 90 pts. each
270 pts.
Final exam (150 pts.)
150 pts.
Small group activities
75 pts.
5 article summaries @ 10 pts. each
50 pts.
Total
545 pts.
Your final grade will be the sum of your
lecture and lab grades (total = 780 points) and the letter grade will be
determined by the following percentage criteria:
90-100% = A
> 702 pts.
60-69% = D
468-545.5pts.
80-89% =
B
624-701.5 pts.
< 60% = F
<468 pts.
70-79% =
C
546-623.5 pts.
The withdraw option must be taken by 26
November.
Attendance
and Absences:
Attendance
is expected in lecture and mandatory for lab.
You are responsible for all material presented in lecture and lab,
including announcements. Make-up
exams will be given only if a valid excuse is provided. You must contact me prior to your
absence. If you can not reach
me, leave a message with my voice mail or secretary, or send an e-mail. Make-up exams will be taken no later than one week
after the original exam date. Late
lecture and lab assignments will result in 10% decrease in the total points for
every school day that the assignment is late and will not be accepted more than
five school days after the assignment was due.
An unexcused absence from a lecture exam, lab practical, or quiz will
result in a zero grade.
An
exam or assignment which was conducted under dishonest behaviors, e.g., cheating
or plagiarism, will result in no credit for that exam or assignment.
If you knowingly allow someone to copy an exam, lab report, or non-group
assignment you will receive no credit for the exam or assignment.
Exchange of information is allowed for group and lab work, but all
written material for credit should be in your own words or properly
acknowledged.
Microbiology Lecture Schedule
Fall
2001
Week |
Date |
Lecture topic |
Text pages |
1 |
8/28- 8/30 |
Introduction to course and
microbiology; Taxonomy and classification systems |
Ch. 1 |
2 |
9/4-9/6 |
Procaryotic organisms & characteristics | |
3 |
9/11-9/13 |
Eucaryotic organisms &
characteristics |
Ch. 5 |
4 |
9/18-9/20 |
Viruses, Exam I (Thurs) |
Ch. 6 |
5 |
9/25-9/27 |
Microbial nutrition, ecology &
growth |
Ch. 7 |
6 |
10/2-10/4 |
Tues – Video,
Microbial metabolism |
Ch. 8 |
7 |
10/9-10/11 |
Microbial metabolism cont’d, start Microbial genetics |
Ch. 9 |
8 |
10/16-10/18 |
Microbial genetics cont’d, Thurs -
No class |
|
9 |
10/23-10/25 |
Exam II (Tues), Genetic engineering |
Ch. 10 |
10 |
10/30-11/1 |
Physical and chemical control of microbes |
Ch. 11 |
11 |
11/6-11/8 |
Antimicrobial drugs |
Ch. 12 |
12 |
11/13-11/15 |
Infection & disease |
Ch. 13 |
13 |
11/20-11/22 |
Exam III (Tues); Thurs – No class |
Ch. 17 |
14 |
11/27-11/29 |
Medical significance of microbes |
Ch. 18-25 (partial) |
15 |
12/4-12/6 |
Environmental and applied microbiology |
pp. 827-851 |
16 |
12/11-12/13 |
Microbes and food |
pp. 852-869 |
|
12/20 |
Final
Exam – 9:40-11:40am |
|
Schedule is tentative and any deviations will be announced in class.