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The Newsletter of the Biology
Department at Rhodes
Volume
15
9 March 2001
Number 2
The purpose of BIOFEEDBACK is to provide an important
and timely vehicle for the transfer of information concerning BOTH faculty and
students of the Biology Department.
Any notices or information
that you wish to include in BIOFEEDBACK
should be submitted to either Dr. Carolyn or Dr. Alan Jaslow. BIOFEEDBACK will be published each
semester.
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The
Chair’s niche:
The last several months have been
particularly busy for Biology students and faculty. Numerous invited speakers have presented
seminars as part of the biology seminar series and for job interviews. I hope you have been able to attend some
of these seminars. If not, please
try to do so in the future. It is a
great way to make or renew acquaintances with both biology faculty and other
students interested in biology. One
of the very tangible results of these seminars is that two new faculty will join
our department next fall. Dr. Mary
Miller has accepted the genetics position to replace Dr. Jones, and Dr. Romi
Burks will be joining us as a Teaching/Research Fellow. Drs. Lindquester and Kesler did a
great job chairing the respective search committees that recruited these two new
faculty members.
Some exciting opportunities are
currently being discussed (and in some cases implemented) that will provide
students access to both the faculty and resources at St. Jude (see p.
3). Dr. Blundon has served as our
departmental representative on an interdisciplinary group that is working
to develop some new intitatives between Rhodes and St. Jude. Some of the initial student
opportunities include the Rhodes Summer Plus program and an interdisciplinary
senior seminar on cancer research and treatment. I hope you will take full advantage of
these new opportunities and future initiatives from this
program.
--- C.S.
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Primary Productivity and Secondary
Growth
The following is a
list of honors, awards, publications and meeting participation of our faculty
and students since October 16, 2000.
Honors and Awards:
CONGRATULATIONS TO ...
……the six students who were selected for this year’s “Summer Plus” Program at St. Jude Children’s Research Hospital: Kim Bartmess (’04), Marian Butcher (’03), Emily Cunningham (’03), Crescent Rowell (’03), Christine Dietz (’02) and Forrest Busler (’02).
Grants and Fellowships:
In December, Dr. John Olsen received a grant of
$35,000 from the Assisi Foundation
of Memphis, Inc., to support the Young Scholars Science Initiative at Rhodes
College. This brings their total
support for the Young Scholars Biology Program to $70,000.
Publications:
(Be sure to send us
copies of your publications when they appear! Thanks!)
Reichard, H.U., G.T. Cole, T.W. Hill, R. Rüchel, and M. Monod. 2000. Molecular characterization and influence on fungal development of ALP2, a novel serine proteinase from Aspergillus fumigatus. International Journal of Medical Microbiology. 290:549-558.
Meetings:
Dr. Kesler chaired the Zoology Section at the Annual Tennessee Academy of Science Meeting, held at Belmont University on November 17, 2000. Abstracts of these presentations may be viewed at http://www.tnacadsci.org/tas/zoology_abstracts.htm
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Curricular Evolution:
Course Changes
and Announcements
Senior
Seminar
Next year, the Biology Department will again offer multiple
sections of Senior Seminar (see below for details). Dr. C. Jaslow and Dr. Blundon will each
offer a section in the fall, along with a special interdisciplinary section
taught in collaboration with faculty from St. Jude Children’s Research
Hospital. In the spring, Dr. Hill
and Dr. Mary Miller will each teach one section. Seniors must reserve a slot in a senior
seminar section prior to registration.
This will be done via lottery starting at 12:15 on Tuesday, March
13. The reserved senior seminar
section should then be listed on the preregistration tree under the category of
“Other Courses.” Students will not
be allowed to enroll in a seminar section other than the one which they
reserved.
Bio. 485(1):
Dr. C. Jaslow’s fall senior seminar is entitled “Reproductive Biology,” and it will meet
at M hour. In the first half of the semester, this
course will focus on human reproduction, with students reading and presenting
background information and primary literature on predetermined topics such as
sperm maturation, hormonal control of egg development, and blastocyst
implantation. During the second
half of the semester, students will select a topic to research and present
concerning any aspect of reproductive biology. Topics may range from human issues (male
contraceptives, immunology and the fetus) to more general topics
(parthenogenesis, effects of pollutants on sex hormones). All students will be responsible for
submitting summaries and discussion questions from the assigned readings and for
evaluationing one another’s work.
Bio. 485(2): This fall, Dr. Blundon will be offering "Current Research in Neuroscience." This class will meet at P hour. Students will select research topics of interest to them and prepare two oral presentations on the material. Another topic will be presented in the form of a research paper. Possible topics may include, but are not limited to, research into the cellular processes and pharmacology of the brain, investigations of the biology of normal cognitive functions, and current studies on brain disorders and diseases. Bio 370 Neuroscience is not a prerequisite for this senior seminar. For more information, visit the course website at:
/biology/blundon/seniorsem.html.
Interdisciplinary. 485(1): Beginning in the Fall of 2001, Dr. Jay Blundon, along with Drs. Robert Strandburg, Darlene
Loprete, and Ann Viano will
offer an annual interdisciplinary senior seminar open to seniors in the
departments of Biology, Psychology, Chemistry, and Physics. The title of this year’s course will be
“Interdisciplinary Approaches to Cancer
Research and Treatment”. Guest
lecturers from St. Jude Children’s Research Hospital will deliver weekly
seminars about their latest research. Prior to each guest presentation,
a student will preview the guest’s topic, providing the class with background
information and a preview of the research to be presented by the St. Jude
faculty member. Some of the
lecturers and their topics scheduled are:
Peter Doherty (Nobel Prize in Medicine, 1996) – “Viruses and
cancer,” John Cleveland –
“Signaling pathways in apoptosis,” Linda Hendershot – “Pathways controlling
growth in cells experiencing physiological stress,” Richard Kriwacki –
“Mechanisms of cell cycle regulation: cyclins, cdks, and their regulators,”
Peter Houghton – “Animal models of human cancers,” Tom Merchant – “Radiation
therapy in pediatric oncotherapy,” Suzanne Gronemeyer – “Radiation physics in
cancer therapy.” This senior
seminar will be offered to 10 Rhodes students in the four departments. It will be held on Tuesdays and
Thursdays from 4:15 – 5:45 PM.
Biology seniors interested in participating must contact Dr. Blundon prior to March
9. This course completely satisfies
the Biology Department senior seminar requirement. Students in Psychology, Chemistry and
Physics should contact their advisors to determine to what extent the course
satisfies the senior seminar requirement in their department. Note that this
seminar is listed under department number 42 for interdisciplinary courses
Bio.
486 (1) (spring semester). As the population of immunosuppressed individuals
increases because of diseases like AIDS and advances in organ transplantation,
so does the frequency, variety, and severity of fungal infections in these
patients. Dr. Hill’s senior seminar entitled "Medically Important Fungi" will
examine the nature of fungal disease through a study of some of its most
significant examples. The basic
biology of the major fungal pathogens and efforts to develop effective
antifungal therapies and vaccines will be included among other topics. Students will read, discuss, and present
articles from the review and research literatures in medical mycology, employing
among their perspectives those of ecology, evolution, microbiology, cell
biology, and genetics, in addition to the more clinical aspects of the
subject. The course will meet on
Tuesdays and Thursdays, at an hour yet to be decided.
Bio. 486 (2) (spring senior
seminar): Dr. Miller’s spring senior seminar is
entitled “Cancer Biology.” Discussions will focus on the molecular
basis of cancer, including impacts on cancer diagnosis and treatment. Students will read and discuss primary
literature on topics including cell cycle regulation, apoptosis, signal
transduction, DNA/RNA tumor viruses, the Rb tumor suppressor family, mouse
models for human cancer, and the use of genomics in cancer diagnosis. Students will research a topic of their
own interest that is pertinent to cancer biology, provide a summary of their
findings, present this topic to the class, and evaluate the presentations of
other students. This class in
tentatively scheduled for H hour.
Comparative
Vertebrate Morphology (Bio-350) will again be
offered with two B hr. lecture meetings most weeks. This course requires two (but unequal)
formal lab meetings a week. One is
Tue (R) lab which will meet from 1-4 pm. The second meeting each week is for one
hour minimum starting at either 1 or 2 pm.
This will allow students to enroll in an E or F hour class. Two additional hours of lab are
required, but these may be done at other times of the week. See Dr. A. Jaslow if you have any
questions.
New Laboratory Course in Biology and Chemistry
Students intending
to take Biochemistry and/or Cell Biology should be aware that a new
fall-semester 2-hour course, Methods in
Biochemistry and Cell Biology (BIO/CHEM 310), has been created, which can
count as laboratory credit for Cell Biology, Biochemistry, or both. With the recent elimination of both
Monoclonal Antibodies (BIO 308) and Electron Microscopy (BIO 309), this new
course will be the only option by which students can get laboratory credit with
Cell Biology. Methods in
Biochemistry and Cell Biology, taught jointly by Drs. Hill and Loprete, will
provide instruction in the theory and application of a variety of research
techniques dealing with the structure and function of proteins in biological
systems. Techniques to be studied
include enzyme assays and characterization, peptide sequencing, polyacrylamide
gel electrophoresis, antibody production, immunoblotting, and immunofluorescence
microscopy. Prerequisites are
Chemistry 112 and 112L (or 122 and 122L) and at least junior standing. The class meets on Thursday afternoon
for lecture and laboratory instruction, and students will be responsible for an
equal investment of time in independent projects.
For information and
syllabi for courses offered by the Biology Department, check out the Biology
Department local home page. This is
accessible either through the Rhodes home page or via:
/public/2_0-Academics/2_1_1-biology/2_1_1-Index.shtml
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Signals and Displays
(short
communications)
Rhodes and St. Jude Formalize Collaboration
In support of President Troutt’s
initiative to increase the undergraduate research experiences at Rhodes,
representatives from Rhodes departments of Biology, Chemistry, Physics and
Psychology have met with administration officials and faculty from St. Jude
Children’s Research Hospital to explore the potential for collaborations between
the two institutions. Two programs
are already underway to facilitate the exchange of ideas, talent and
people: a “Summer Plus” research
exchange program for our undergraduate students and an interdisciplinary senior
seminar series.
While many of
our students have worked in research laboratories at St. Jude in the past, the
“Summer Plus” Student Research Program is the first formalized plan to expand
undergraduate collaboration between the two institutions. Beginning this summer, six Rhodes
students will spend 12 weeks in a research laboratory at St. Jude, being trained
and mentored by St. Jude faculty in areas such as infectious disease, molecular
biology and pharmacology, genetics, neurobiology, and radiation oncology. Students will receive a stipend
for the summer from funds provided by St. Jude and will also have the option of
living on campus here at Rhodes. As
part of a long-term research commitment, participants will then continue their
research during the following academic year, working 10 – 15 hours per week
while earning academic credit toward their degree major. There is also the possibility of
continued funding for a second summer and additional academic credit in the form
of directed inquiries or honors thesis research. In talking about the program, Dr.
Suzanne Baker of the Department of Developmental Neurobiology commented, “This
is just the kind of opportunity I wish I had when I was an undergraduate. At that time I had no idea of what
actual research was really like.”
Other St. Jude faculty have voiced their support of a program that
provides them with high quality students who are committed to spending a minimum
of one summer and two semesters in their laboratory. Dr. Jian Zuo, a St. Jude research
biologist studying visual and auditory degenerative diseases, added “It’s
difficult to get a student involved in a project if they’re only in the lab for
two months. Once you get them
trained to do any research at all, they’re gone!”
St. Jude faculty
will also involve themselves here at Rhodes by participating in a new
interdisciplinary senior seminar available to majors in Biology, Chemistry,
Physics, and Psychology. The topic
of the first seminar series, offered this fall and directed by Drs. Robert
Strandburg, Darlene Loprete, Ann Viano, and Jay Blundon, is “Interdisciplinary
Approaches to Cancer Research and Treatment.” See p. 3 for additional information
about this seminar.
TAS
Meeting Coming
March 24th
Make plans to attend the Tennessee Academy of Science
Collegiate Division Meeting on March 24, 2001. It will be held at the University
of Memphis. Come learn about the research conducted by undergraduates around
west Tennessee. Presentation of your work at such meetings greatly strengthens
your resume, so come check it out for next year if you are not presenting in
March. You can learn more about this meeting from Dr.
Kesler.
The Biology
Department is looking for students who would like to work in the department
next year as laboratory
assistants. If you are
interested, please speak to Ms. Christian Hardin (x3561, FJ
127w).
|
Optimal
Foraging The following courses will be
offered next semester
For information and syllabi, and a
tentative list of courses to be offered next spring, check out the
Biology Dept. home page: /public/2_0-Academics/2_1_1-biology/2_1_1-Index.shtml | |||
|
|
___________________________________________________________ | ||
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|
NUMBER |
COURSE
TITLE |
HOURS
OFFERED |
|
|
__________________________________________________________________________
| ||
|
|
120 |
Botany |
L or N |
|
|
200 |
Evolution |
F |
|
|
307 |
Cell Biology |
M |
|
|
310 |
Meth. in Biochem. &
Cell. |
T |
|
|
315 |
Ecology |
B and
R |
|
|
325 |
Molecular Biology |
C and
S |
|
|
340 |
Animal Physiology |
N and Q
(1-5pm) |
|
|
350 |
Comp. Vert. Morph. |
B, R and
U |
|
|
360 |
Histology |
A and
T |
|
|
451 |
Research in Biology |
TBA |
|
|
460 |
Biology Internship |
TBA |
|
|
485(1) |
Reproductive Biology |
M |
|
|
485(2) |
Neuroscience |
P |
|
|
42 485(1) |
Interdisciplinary (St. Jude) |
Tu,Th
4:15-5:45 |
|
|
__________________________________________________________________________
| ||
|
|
|
FOR NON-MAJORS |
|
|
|
__________________________________________________________________________
| ||
|
|
105(1) |
Biology through Bees |
M and
T |
|
|
105(2) |
Disease and Immunity |
M |
|
|
| ||
This spring, the Biology Department will again be
presenting the "Award for Outstanding
Student Research in Biology".
Any student who has completed research at Rhodes or elsewhere is eligible
for this award and cash prize. To
be considered, a student must submit a three to five page research paper, plus a
recommendation from the research supervisor, to Dr. C. Jaslow by Thursday, March
29. Copies of the recommendation
form may be obtained from Dr. C. Jaslow.
Announcement of the award winner will be made at spring awards
ceremony.
Beta Beta Beta (bbb) is the biological honor society for the Rhodes Biology Department. bbb has a two-fold purpose here at Rhodes. The first is to provide a club where individuals with a shared interest in biology can get together, in a setting free of classroom pressures, and have a little social interaction and fun. The other purpose is that of an honor society. bbb is a national honor society and is dedicated to the enrichment of its members’ scientific experiences and to the sharing and dissemination of information gleaned from those experiences. It also provides a forum to recognize those students, with biology as their undergraduate major, who excel academically.
There are two forms of membership with the following requirements:
Associate Membership:
+ 1 completed course of a natural science class
+ An interest in biology
+ One time $20 initiation fee
Regular Membership:
+ Must be a Biology Undergraduate
+ 3 completed semesters of Biology at Rhodes
+ At least a “B” average in Biology at Rhodes
+ General good academic standing at the college
+ One time $30 initiation fee
Please note that there will be a picnic at Dr. Kesler’s home on April 5th where officers’ elections will take place. Also, please look at the bbb bulletin board across from the Biology office for updates on current activities. If you have any questions, or are interested in initiating this spring, please contact Ruchir Patel (email: PATRP) or Monica Lewis (email: LEWMB).
Tales
From the Front
Many of you are considering applying to medical
school. Here is some advice about
the process from a senior and an alum. who were successful in their quest for
admission.
Vanessa Hardin
’00 earned a
B.S. in biology and did several research projects during her undergraduate
years. She has been accepted by the
medical schools at UT Memphis and ETSU (Eastern Tennessee State
University). Regarding the
application process, she advises, “Apply early! This cannot be overstated. I applied to AMCAS in mid-June, and then it takes about a month for
AMCAS to process your application.
Then you will start hearing
from the schools in late July/early September. I
completed my secondaries/supplementary applications, setting my own,
rigorous deadline, by October 1st.
It takes a long time to complete them - there are lots of essays and
lists of activities, so give yourself sufficient time and don't let it waste
away. You will then hear from the
med schools about interviews as early as October and as late as March.” Vanessa also sent these comments about
the interview process, “My advice, especially for women wearing
semi-dressy heels, is to wear comfortable shoes! At UT Memphis we walked a lot that day,
from 8 AM to 4PM. I wore some
uncomfortable, fashionable heels, and my feet became blistered and sore. That night I ran to the mall and bought
some fantastic Aerosoles. Other
than that, the interviews were very friendly, and I really enjoyed visiting the classes of some of
the 1st and 2nd year med students.
At ETSU I had a scary interview.
One of my interviewers (1 of 2) was hard to converse with. He even asked me, ‘If you were any fruit
or vegetable, what would it be and why?’
I was a bit shocked. In
encounters like these, my only
advice is to keep your composure and to try to remain focused. The second inteview was with a 2nd year
med. student, and it was much, much better and relaxed.”
Kasey Sweeny is a senior biology major who
also did research in the Biology Department. She has been accepted at Emory
University and the Medical College of Georgia, and is trying to decide where she
will go next year. Kasey
comments, “My tour guide at Emory,
who was a third-year medical student on the group interview panel, told us that
he was suprised by what the faculty interviewers were looking for. Although we had already completed our
interviews, he was hesistant to tell us everything. However, he did tell us that the main
thing was confidence. You must be
confident with your answers (or at least act like you are). Basically, there are no wrong
answers--as long as you can support your answers and are comfortable with
them. Here are some other
suggestions for a good interview:
--Prepare. Do mock interviews. Get a book of sample questions and think
of important points you would mention in the answer. It is hard to predict what an
interviewer will ask aside from:
Why medicine? Some of the
more difficult questions that I or other people in my interview groups have been
asked include: What is a
virus? What do you consider the
most problematic virus? Have you
ever been in a leadership position where you had trouble getting people to do
what you tell them? What is the
biggest challenge you have faced and failed at? To get an idea of the type of
question that a specific school might ask, I suggest visiting
www.interviewfeedback.com. It
contains numerous evaluations of interview experiences for almost every
school. At the last school I
visited, the head of Admissions asked us if we had seen that web site and
encouraged the use of it.
--If a certain school is your
first choice, tell your interviewer. After your interview, the interviewer
must fill out an evaluation form, which (among other things) usually asks the
interviewer to assess the interviewees motivation for practicing medicine and
motivation for attending this school.
--Be truthful. Don't answer a question in a certain way
just because it is the ideal answer.
You want to show the interviewer that you are realistic, not that you
think you can save the world.
--If you don't know the answer
to a question, say so. You look like an idiot if you try to
make something up. The interviewers
can tell that you don't know the answer.
--Relax. Everybody that I've come in contact with
has been extremely friendly.
Remember that although you're trying to impress them, they're also trying
to impress you.”
–––––¨–––––
Student
Research 2000-01
sponsored by
Programs at Rhodes
Jared Castagna '02,,
Genetic characterization of wall
synthesis mutants in the fungus Aspergillus nidulans using GR5 mating strain to identify
single-gene mutations. Bio. 452 with Dr. Terry
Hill.
Ross Cascio '02. Glycogen concentration and weight
conversions of the mussel Elliptio complanta. Bio. 452 with Dr. David
Kesler.
Amy Dundus ’01. Revision of a protein quantification
protocol. Bio. 452 with Dr. Bob
Jones.
Laura Henderson
'01. Fishes of the Wolf River - Batemen Bridge to
Moscow, TN. Bio. 451 with Dr.
David Kesler.
Erik Hill ’01. Changes in cranial suture morphology during
later rat development. Bio.
451-452 with Dr. Carolyn Jaslow.
Chris Huff ’02. Revision of a protein quantification
protocol. Bio. 452 with Dr. Bob
Jones.
An Huynh '01. Initiation of the lynx genome
project. Bio.
452 with Dr. Gary Lindquester.
Seth Jones '01. Glycogen concentration of freshwater
mussels. Bio. 451-452 with Dr. David Kesler
Matt Keogh ’03. Uptake of zinc by loblolly
pine. Bio. 452 with Dr. Chuck
Stinemetz.
Matt Keogh ’03. Mineral deficiency symptoms in
Brassica rapa.
Bio. 452 with Dr. Chuck
Stinemetz.
Evgueni Krynetski
'02. Development of a murine model
for cisplatin-induced ototoxicity. Bio. 452 with Dr. Mark Kirstein, St. Jude
Children's Research Hospital (under the supervision of Dr. Carolyn
Jaslow).
Jennifer Livesay
’04. Genetic characterization of wall synthesis
mutants in the fungus Aspergillus nidulans using AH12 mating strain to identify
single-gene mutations. Bio. 451
with Dr. Terry Hill.
Jennifer Livesay '04. Genetic characterization of wall
synthesis mutants in the fungus Aspergillus nidulans using GR5 mating strain to identify
single-gene mutations. Bio. 452 with Dr. Terry
Hill.
Stephanie Martin
'02. Genetic characterization of wall
synthesis mutants in the fungus Aspergillus nidulans using GR5 mating strain to identify
single-gene mutations. Bio. 452 with Dr. Terry
Hill.
Mario Maruthur
’02. Revision of a protein quantification
protocol. Bio. 451-452 with Dr.
Bob Jones.
Amit Mirchandani
’01. Genetic characterization of wall synthesis
mutants in the fungus Aspergillus nidulans using AH12 mating strain to identify
single-gene mutations. Bio. 452
with Dr. Terry Hill.
Daniela Seminara
’01. Tissue culture of
Pisum sativa (cv Alaska). Bio. 451 with Dr. Chuck
Stinemetz.
David Webb ’01. SEM of bee collected
pollen. Bio. 452 with Dr. John
Olsen.
David Webb ’01. Generating polyclonal antibodies to neuronal
interleukin-16 in rabbits.
Bio. 451 with Dr.
Jay Blundon.
Lorien Young ’01. Revision of a protein quantification
protocol. Bio. 451-452 with Dr.
Bob Jones.
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Cover
Page Figures:
At
left: Bidens coronata. From Fassett, N. C. 1957. A
Manual of Aquatic Plants.
Madison: The University of Wisconsin.
At
right: T cell maturation in the
thymus. Fig. 12-6 from Kuby,
J. 1997. Immunology. 3rd ed. New York: W.H. Freeman &
Co.