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Principles of Genetics (BSCI 222), Spring 2006 (http://www.life.umd.edu/classroom/bsci222/fenster/ )
Instructor:
Dr. Charles B. Fenster, Biology/Psychology Bldg. Rm. 3210, cfenster@umd.edu=
Office
Hours: by appointment, and open “office hours” on Thursdays
Textbook:
Genetics, From Genes to Genomes, Hartwell et al., McGraw-Hill, 2nd
ed., and Study Guide/Solutions Manual
Exams: There will be three =
1 hr
and 15 minute exams during the semester, each worth 110 points, and a final=
4th
exam during the Final Exam Period, worth 170 points. The final exam will be=
110
points on the lecture material since the third exam and 60 points cumulativ=
e.
The best exam score of your three 1 hr and 15 minute exams will be multipli=
ed
by 1.50, the lowest by 0.50. Total Exam Grade: 500 pts.
Discussion:
Grade is based on quizzes (Best 7/8, each quiz 20 points =3D 140 points).
Homework is assigned for you to learn the material. You are encouraged to w=
ork
together to understand the homework problems. You will not be graded on the
homework assignments, though the tests and quizzes will be similar to the
homework. In addition, there will be 3 reports, each < 5 pages
(typed, Font =3D 12, double space) paper that discusses 1 or 2 genetics top=
ics
that is covered by the popular press (e.g., human cloning), and reflects wh=
at
you have been introduced to in class. Your grade will reflect your ability =
to
integrate what you have learned in class in terms of your understanding of =
the
issues/techniques discussed in the article (see example). Your first report
will be worth 10 pts, the second 20 pts and the final will be worth 30 poin=
ts.
Reports are to be turned in to your TA at the beginning of section the week
they are due.
Total
Discussion Grade =3D 200 pts
You
can earn X-tra credit by turning in relevant questions to the
exam review sessions (1-3 pts/exam). Questions for the review must be turne=
d in
by Wednesday
Exams and quizzes will consist of definitions, probl= ems, short answer questions and multiple-choice questions and will come exclusiv= ely from lecture material. Lectures will mirror the textbook.
Assignment
of Grading:
670-700
A+
639-669
A
627-638
A-
597-626
B+
567-596
B
539-566
B-
511-538
C+
469-510
C
427-468
C-
400-426
D+
380-399
D
360-379
D-
<
360 is a Failure
Genetic
222, Spring 2006
Date |
Subject |
|
Discussion
|
January
26 |
Introduction
to Course and Meiosis (1) *** |
Chapter
4: 87-94 |
none |
January
31 |
Mendel’s
Principles of Heredity (2) |
Chapter
2 |
Q*-1,
HW**-1 |
February
2 |
Extension
of Mendel’s Principles (3) |
Chapter
3 |
|
February
7 |
Extension
of Mendel’s Principles Continued |
Chapter
3 |
Q-2,
HW-2 |
February
9 |
The
Chromosome Theory of Inheritance (4) |
Chapter
4 |
|
February
14 |
Linkage
and Recombination (5) |
Chapter
5 |
Q-3,
HW-3 (computer
lab? 1121 Plt. Sci.) |
February
16 |
Linkage
and Recombination Continued |
Chapter
5 |
|
February
21 |
Meiosis
Exercise and Review Chaps 1-5 |
|
Q-4,
HW-4 |
February
23 |
Transmission
Genetics at the Population Level (6) |
Chapter
20 |
|
February
28 |
1st
EXAM: Chapters 2-5 (through 2/21) |
|
HW-5 |
March
2 |
Transmission
Genetics at the Population Level |
Chapter
20 |
|
March
7 |
Transmission
Genetics at the Population Level |
Chapter
20 |
HW-6,
Report 1 |
March
9 |
Transmission
Genetics at the Population Level |
Chapter
20 |
|
March
14 |
DNA
the Molecule of Heredity (7) |
Chapter
6 |
Q-5
(chap. 20), HW-7 |
March
16 |
DNA
the Molecule of Heredity Continued |
|
|
March
28 |
Understanding
Genes Through Mutations (8) |
Chapter
7 |
Q-6,
HW-8 |
March
30 |
Translation
and Transcription (9) |
Chapter
8 |
|
April
4 |
2nd
EXAM: (Chapters 20 & 6, through 3/16) |
|
HW-9 |
April
6 |
Translation
and Transcription Continued |
Chapter
8 |
|
April
11 |
Several
Important Techniques (10) |
Chapter
9 |
HW-10,
Report 2 |
April
13 |
The
Eukaryotic Chromosome (11) |
Chapter
12 |
April
13 |
April
18 |
Chromosomal
Mutations: Changes in Number and Arrangement (12) |
Chapter
13 |
Q-7
(chaps 7-9), HW-11
|
April
20 |
The
Prokaryotic Chromosome (13) |
Chapter
14 |
|
April
25 |
Uniparental
Inheritance (14) |
Chapter
15 |
Q-8
(chaps 12 & 13), HW-12 |
April
27 |
Gene
Regulation: Prokaryotes (15) |
Chapter
16 |
|
May
2 |
3rd
EXAM (Chapters 7, 8, 9, 12, 13) |
|
HW-13 |
May
4 |
Gene
Regulation: Prokaryotes continued |
Chapter
16 |
|
May
9 |
Gene
Regulation: Eukaryotes (16) |
Chapter
17 |
HW-14,
Report 3 |
May
11 |
Gene
Regulation: Eukaryotes cont. |
Chapter
17 |
|
May
18 |
FINAL
EXAM 110
pts =3D Chapters 14-17; 60 pts =3D cumulative |
|
|
*Q=3D
Quiz. There will be 8 quizzes given throughout the semester. Quizzes will N=
OT
be given the week of the exam or the week following the lecture exams. Quiz
material will be from the previous week’s lectures and readings, unle=
ss
otherwise noted.
**HW=3D
Home-work assignment. 14 Home-work assignments will be given throughout the
semester.
Some important points:
Lectures st=
art
promptly at
Discussion Sections will not meet the fir=
st
week of classes. It is your responsibility to arrive on time and stay for t=
he
full length of the discussion. If you are more than 10 minutes late or
leave early this will be counted as an absence and you may forfeit quiz or
attendance points. If you miss a discussion section for a valid reason you =
may
make up the session that week. Details will be given out in
discussion. In discussion section we will go over the homework assignm=
ent,
review key topics for the lectures, address questions by the students, quiz=
the
students, in that order. We will also try to discuss current events in a
genetic context.
Quizzes/Examinations. If you feel we have ma=
de a
grading error you must submit a written request to the TA on the day=
the
test is returned to you in Discussion Section. In your request explain why you be=
lieve
you should receive additional points. Examinations must be taken at the
scheduled time. If you miss an exam you need to submit to Dr. Fenster=
As
Soon As Possible a makeup exam request form with documentation of a =
valid
excuse, e. g., religious holiday, illness, death in the family, etc.
HELP. The teaching assistants and I will try to help =
you
in any way possible. You can meet with Dr. Fenster by scheduling an appoint=
ment
by emailing (cfenster@umd.edu). Immediately after lecture is a good time to
have questions addressed. Dr. Fenster will also have office hours from
Tips for Success: Do as many problems as possible. Concent=
rate
your efforts on understanding the Key points/concepts that will be stressed.
Study groups are a great way to efficiently learn genetics. Genetics is pro=
blem
and fact oriented. There is no substitute to studying with pencil and paper=
and
attempting to answering the questions on your own. If you have any problems,
don’t hesitate to ask for help!! Genetics requires much more study ti=
me
than most biology courses. Plan to study at least 4 hours for every hour of
lecture. Attend all lectures and discussion sections.
Academic
dishonesty
will not be tolerated. The Code of Academic Integrity is laid out in the
undergraduate catalog and in the schedule of classes. We encourage students=
to
work together in most phases of the course BUT WE EXPECT THE QUIZES, EXAMS
& PAPERS TO REFLECT ONLY YOUR OWN WORK. Thus, “The Univers=
ity
of Maryland, College Park has a nationally recognized Code of Academic
Integrity, administered by the Student Honor Council. This Code sets standa=
rds
for academic integrity at
Genetics 222, Spring 2006, Fenster, 1