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Members of the Biology faculty pride themselves on being able to offer Villanova
undergraduates the opportunity to be involved in meaningful biological research.
We welcome all qualified students to consider including a research experience in
their undergraduate curriculum.
Undergraduate
research may be conducted over a single semester, or over more than a year. To
get a taste of research, students may arrange with a faculty member to take
Directed Research (Bio 6509), in which they complete a project lasting one
semester. Any Biology major having a GPA of at least 3.0 can work toward a
senior thesis (Bio 6609, 6610, 6709) that would involve at least two semesters
of research for credit.
List of
Recently Completed
Senior Theses
| 2008 |
| Daniel Boland |
Knepper |
The effects of overexpression of the Tmem170 gene on mouse
mammary tumor development |
| Erin Brault |
Wieder |
The effects of summertime rainfall exclusion on understory net
CO2 exchange in two Western Canadian bogs |
| Laura Ceccacci |
Curry |
Does male parental behavior influence mate fidelity in the
Carolina Chickadee, Poecile carolinensis? |
| Kristin DiGregorio |
Russo |
A comparison of uterine proliferative effects of 17b-estradiol
and the selective estrogen receptor modulators tamoxifen and
roloxofene in the ovariectomized immature rat |
| Lauren Francis |
DiBenedetto |
Expression and mechanism of expression of brd2b maternal
RNA in Danio rerio oocytes |
| J. Patrick Gorres |
Knepper |
Localization of the protein product of the predicted
proto-oncogene GAV in NIH3T3 fibroblast cultures |
| Nathan Haag |
Russell |
Assessing tagging efficacy of calcein concentrations in the sea
urchin Stronglocentrotus droebachiensis |
| Reeti Kumar |
M. K. Francis |
Skin cancer: identification of the relationship between PEDF, an
angiogenic inhibitor, and blood vessel density |
| Andrew Mathew |
DiBenedetto |
Construction of His-tagged brd2 fusion genes for antigen
production and testing for optimum expression in E. coli |
| Aishat Mohammed |
Wykoff |
Identification of mutants in the phosphate signal transduction
pathway in Schizosaccharomyces pombe |
| Jane Pancurak |
Orkwiszewski |
Modifications of vegetative development in maize |
| Tatjana Prsa |
Vila and Weston |
Impact of rising sea levels and salinity intrusion on the
metabolic activity and community composition of sulfate reducing
bacteria in tidal freshwater marsh sediments |
| Janel Rodríguez |
DiBenedetto |
Patterns of expression of brd2a and brd2b in
zebrafish spermatogenesis |
| Ashley Sjolund |
Rui (Jefferson) |
Analysis of breast cancer using cutting edge matrix assembly
arrays |
| 2007 |
| Joseph Caruso |
Russo |
NF-KB, a key intermediate in
inflammatory gene expression, is activated by estrogen in the
immature rat uterus |
| Florian Dibra |
Desmond |
The kinetics of neuroepithelial growth at a critical time of brain
development in the chick embryo |
| Catherine Kinrade |
Olson |
Effects of zinc and cadmium on development in the African clawed
frog (Xenopus laevis) |
| James Geraghty |
Russell |
A
quantitative assessment of spermatozoa morphology in Nutricola
confusa and Nutricola tantilla (Bivalvia: Veneridae) |
| Andrew McGann |
Curry |
Carolina Chickadee (Poecile carolinensis) winter flock
behavior in southeastern Pennsylvania: observations from the winters
of 2005-06 and 2006-07 |
| Bryan Zimdahl |
M. K. Francis |
Identification of the TGF-b
responsive region in the EPC-1 promoter: a wound healing model |
| 2006 |
| Elizabeth Gesel |
A. Francis |
A bilateral comparison of adductor mandibulae fiber composition
in the winter flounder, Pseudopleuronectes americanus |
| Scot Niglio (Honors) |
Knepper |
Visualization of the GAV region of integration for mouse mammary
tumor virus with fluorescent in situ hybridization |
| Chanelle Case |
Knepper |
RNAi inhibition of cathepsin L in mouse mammary tumor cells |
| Morgan Jones (Honors) |
Bamezai |
Ly-6A.2 mediated induction of a proliferative response in B cells
|
| Lauren DiMenna |
Olson |
Development of immune function in Japanese Quail (Coturnix japonica):
effects of an immunological challenge on hematology and the bursa of Fabricius |
| Daryl DiRocco |
Desmond |
Optic nerve flexing: mechanical stress and damage |
| Morgan Falk |
Webb |
Neuromast morphology and lateral line system development in two
cichlids, Labeotrophus fuelleborni and Metriaclima zebra |
| Thomas Kennedy |
Jackman |
Molecular phylogenetics of Hemidactylus geckos from Southern India
and Sri Lanka |
| 2005 |
| Christine Brooks (Honors) |
Bamezai |
The role of lipid rafts in the induction of growth inhibition in
a cancer cell Line in response to antibodies against GPI-anchored proteins
|
| Elissa Carney (Honors) |
Davis (Physics) & Dollahon |
Investigation of ferritin in mammalian iron metabolism |
| Trista Felty (Honors) |
Boulton |
Arthropod richness and abundance on Pennsylvania college campuses
|
| Adrienne Laury (Honors) |
DiBenedetto |
The effect of SERMs on the spatial kinetic distribution of apoptosis
in the model system of the immature rat uterus |
| Imran Punekar (Honors) |
Olson |
Ontogenetic and energetic consequences of an immunological challenge
in Japanese Quail (Coturnix coturnix japonica) |
| Stephen Van Pelt (Honors) |
Curry |
Hybridization between the Carolina and Black-capped Chickadee: a
further test of Haldane’s rule |
| Oleg Vishnevsky (Honors) |
Russo |
The role of inflammation in estrogen-induced matrix turnover and
MMP regulation in the immature rat uterus |
| M. Nicholas Weber (Honors) |
Curry |
Determining the utility of longer microsatellite repeats in the molecular analysis of a local chickadee
hybrid system |
| John Wenzel (Honors) |
Dollahon |
Investigation of parasites in Pennsylvania Canada Geese and their social/public implications |
| Chrissa Walsh |
Boulton |
Ecology of insular ant dominants in the Sea of Cortez |
| Beth Salonia |
Boulton |
Community ecology of a common North American wood ant, Formica subsericea |
| Amanda Smolock |
Russo |
Regulation of metalloproteinases in the ovariectomized rat uterus by 17β-estradiol |
| Crystal Kraft |
Knepper |
Expression of potential gene sequences in a mouse mammary tumor virus integration region |
| Elizabeth Spehalski |
Russo |
The regulation of mitogen-activated protein kinases by the selective estrogen receptor Raloxifene |
| Ryan Walsh |
Webb |
Ontogeny of the inner ear in the spotfin butterflyfish, Chaetodon ocellatus |
| Benny Johnson |
Jackman |
With- and between-species gene trees: phylogenetic analysis of New Caledonian geckos |
How much
research you complete is up to you, in consultation with your advisor and
supervising faculty member—but the effort is virtually never wasted: few things
can better help you stand out from your competitors when it comes time to apply
for graduate school, professional programs, or employment. Until you try your
hand at research, you can’t make an informed decision about pursuing (or ruling
out) many career options.
How do I get started in
research at Villanova?
- Learn about the research activities of our faculty as soon as you can.
Visit the
faculty pages on this web site to gain a sense of what different
members of the faculty do. Follow this up by going to see any faculty member whose work interests you: make an appointment, or just drop by during office hours. It never hurts to ask about opportunities that might exist!
- Work part-time as a laboratory or field assistant during the regular
school year, or over the summer. Ample opportunities exist for helping faculty and their graduate students in the tasks that are central to biological research, while earning hourly pay. Duties may include laboratory preparation, care of animals, preparation of specimens, computerized data entry, or collection of data or samples in the lab or field. Working in several different labs can expose you to a range of possibilities for independent study, while helping you get to know several different faculty with whom you might want to work. Some faculty members will suggest a project to get you started; others would prefer to see you develop a general interest in the work being done, from which ideas for a specific project can develop. Experience gained in this way at Villanova or elsewhere can develop into an independent research project.
One key to research success is to get involved as early as possible during your undergraduate career. Beginning senior thesis research in the fall of your Senior year might be OK for someone doing only library research, but scientific research in the laboratory or field usually involves unpredictability and therefore frustration and delays. The amount of time needed to complete a project often varies by biological subdisciplines. In molecular biology, for example, it may make sense to wait until you have taken advanced coursework before attempting a laboratory project. (Still, there’s much to be gained from prior exposure to the activities of a lab as an hourly worker assisting with the research.) Also, lab-based biology can usually be done throughout the year, including winter, so you can work throughout Senior year. In contrast, research in field biology (e.g., ecology or behavior) may require more advance planning, especially if a phenomenon of interest (e.g., breeding or germination) only occurs during the summer. It’s not uncommon for students doing ecological studies to begin working with a faculty member during their Sophomore year, with their major “push” for data collection taking place during the summer between their Junior and Senior year. The earlier you have data in hand, the more time you will have to complete a satisfying and scientifically valuable senior thesis.
The commitment of time and effort required for completing a senior thesis is probably going to be greater than you might think. Your senior thesis will involve extensive planning, data collection, analysis, and preparation of the thesis document (usually a report comprising 20 or more pages, along with figures and tables reporting your original results). Thus, a thesis is not worth doing unless you are able to make this a high priority during your Senior year (and, perhaps, the year before that). And yes, it does involve a lot more work than that required for the biology degree. Still, completing a thesis is without doubt worth the effort if done well. You have an opportunity at Villanova to gain research experience through work on a thesis that students at many schools are not given. Further, it will give you an opportunity to make a scientific contribution that will be significant in your applications to graduate and professional school. The Department of Biology would be happy to see more of its majors succeed in meeting this challenge.
Students completing the degree requirements
for the
Bachelor of Science, Honors Program (B.S.H.) are required to complete a Senior
Thesis, but you do not have to be an Honors major to do research for a thesis; you
just have to be an interested Biology major with a GPA over 3.0.
Research funding
Opportunities
exist to obtain financial support for your research activity. In particular, the College
of Liberal Arts & Sciences now has a generous program for
Undergraduate Research Grants for summer work or for research during the school year. Students conducting research under the direction of Biology
faculty mentors have had great
success
in this program. Additional possibilities exist for support from faculty
research grants or from external student award programs. Contact your advisor or
research mentor for more information.
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