Biology 305.L01 (Monday), L02 & L03 (Tuesday) and L04 (Wednesday)
Genetics Lab
at the College of Charleston
An introduction to the principles of heredity using common
experimental organisms. Recent techniques in molecular genetics
are also covered. Biology 211 and 211D (Biodiversity) is a prerequisite, and Genetics 305 Lecture is
a prerequisite or corequisite. Math 250 (Statistical Methods) is a prerequisite for all 300-level biology classes.
News, Announcements, and Reminders
Explicit Learning Outcome"It
is the business of a University to impart to the rank and file of the
men whom it trains the right thought of the world, the thought which it
has tested and established, the principles which have stood through the
seasons and become at length part of the immemorial wisdom of the
race. The object of education is not merely to draw out the
powers of the individual mind: it is rather its right object to draw
all minds to a proper adjustment to the physical and social world in
which they are to have their life and their development: to enlighten,
strengthen and make fit. The business of the world is not
individual success, but its own betterment, strengthening, and growth
in spiritual insight-- 'So teach us to number our days, that we may
apply our hearts unto wisdom' is its right prayer and aspiration."
Woodrow Wilson, 1896
Course policies1. The Genetics
Laboratory
(relocated to SSMB 141 during renovations) will be open essentially all
day during regular school hours, although the labs for several
other courses are sharing our same space. So if you need to work
in the lab at some time other than assigned for your class, please be
respectful. Dr. Dillon will certainly be
present for "office hours" Monday and Wednesday 1 - 2:00 PM, or Tuesday 12:15 - 1:15 PM and
many other
times as well, but it is always best to make an appointment.
2. The Lab
Manual is
available from the College bookstore. The nine
investigations it contains are listed on your lab schedule (links
below). Please read the introduction and be familiar with each
investigation before
class. You will also find it helpful to review the relevant sections of your textbook.
3. Attendance.
You are expected to do your share of the work. Many of the labs
(especially the fruit fly ones) can get tedious, and it's unfair to
expect your lab partner to do all the work if you miss a lab. So
if
you're sick, please call 953-8087
so arrangements can be made. Some of the
investigations may be impossible to make up, although you can get the
data
later.
4. Lab reports
are variably-formatted. There will be questions to answer and
analyses to perform for each investigation. You must work
closely with your
partner to gather the data for most lab reports, but please
think independently. Everyone should
submit his own lab
report
with his own data
analysis.
Reports are due on the date noted on the course grading page.
If you are sick, send me your lab report by email or by courier.
Lab reports not submitted promptly at the start of class are
late, and
will
be marked off 50%. You have a week-long "grace period" in which
to submit your report for half credit, but reports will not be accepted
thereafter.
5. Practical
quizzes do not consume the entire class period and are not
comprehensive. The same policy pertains as in (3) above - contact
Dr. Dillon at 953-8087 ASAP if you must miss a quiz. Regardless
of your excuse, the
later the make-up, the harder the test. 6. You will need a calculator
for this course. A smart phone will not suffice. No smart
phones or any other device that may be connected to the
internet will be allowed during quizzes.
Course Info:
Drosophila Links:
Basic Introduction
- A quick and simple introduction to the biology of Drosophila
melanogaster, with links.
Flybase - A huge
database of the Drosophila genome, including sequences,
information on
particular genes, regions of chromosomes, published references,
and
a comprehensive bibliography.
The
Interactive Fly - a cyberspace guide to Drosophila genes
and their roles in development.
The Drosophila Genome Project
- Search the genome, download sequence data, and generally mess around
with 120,000,000 nucleotides, courtesy of the Berkeley Drosophila
Genome Project. There are some press releases and other sources
of vaguely intelligible info at this site as well.
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