MASTER'S STUDENTS |
LAST KNOWN LOCATION |
THESIS TOPIC / PUBLICATION |
Kate Wall (2011)
Master’s Student
Cell and Molecular Biology |
Ph.D. Program Microbiology University of California, Davis |
Thesis: Microbial diversity in Hawaiian fumaroles. |
Krissi Hewitt (2009)
Master’s Student
Cell and Molecular Biology |
University of Oregon |
Thesis: Workplace bacterial abundance and diversity in three metropolitan areas |
Sujata Sovani (2008)
Master’s Student
Cell and Molecular Biology |
Scripps (UCSD) |
Thesis: Diversification of general bacterial porins : elucidating novel structural and functional properties using phylogenetic studies and homology modeling.
|
Julia Turner (2008)
Master’s Student
Computational Sciences |
Colorado |
Thesis: A parallel implementation of the isolation by distance web service
Publication: Parallelization and optimization of genetic analyses in isolation by distance web service |
Lesley Lee Cagasan (2008)
Master’s Student
Cell and Molecular Biology |
Sequenom Inc., San Diego |
Thesis: A culture-independent analysis of bacterial diversity in two "sensitive" human indoor environments
Publication: Culture-independent analysis of bacterial diversity in a child-care facility |
Sara Tin (2007)
Master’s Student
Evolutionary Biology |
Kelly Scientific
Sacramento, CA |
Thesis: Phylogeographic patterns of isolation within and among geothermal habitats
Publication (unrelated to thesis): Culture-independent analysis of bacterial diversity in a child-care facility |
Alexander Poole (2007)
Master’s Student
Cell and Molecular Biology |
Health Sciences Center
Denver, CO |
Thesis: A novel application of positional weight matrices for transcription factor binding site discovery |
Jason Holzman (2006)
Master’s Student
Evolutionary Biology |
Bioneer, Inc.
Alameda, CA |
Thesis: Genetic structure of the palm seed bark beetle Coccotrypes dactyliperda in California examined at fine and course geographic scales
Publications: Inbreeding variability and population structure in the invasive
haplodiploid palm-seed borer & Mate availability contributes to maintain the mixed-mating
system in a scolytid beetle |
Eric Ngan (2006)
Master’s Student
Computational Sciences |
Unknown Company
Bay Area, CA |
Thesis: Isolation by distance web service with incorporation of DNA data sets
Web Site: IBDWS |
Dean Ellis (2006)
Master’s Student
Cell and Molecular Biology |
Natural Alternatives International (NAI)
San Diego, CA |
Thesis: Halophilic Archaea inhabit geothermal vents
Publication: Halophilic Archaea determined from geothermal steam vent aerosols |
Jayanti Mathur (2005)
Master’s Student
Cell and Molecular Biology |
Genomics Institute of the Novartis Research Foundation
San Diego, CA |
Thesis: Analysis of ecological and evolutionary determinants of microbial community composition in acidic hydro thermal springs
Publication: Effects of abiotic factors on the phylogenetic diversity of bacterial communities in acidic thermal springs |
Shirin Safaee (2005)
Master’s Student
Cell and Molecular Biology |
Southwestern Community College
San Diego, CA |
Thesis: Molecular survey of host associated microbial diversity in bighorn sheep
Publication: (1) Microbial diversity in bighorn sheep revealed by culture-independent methods (2) Phylogenetic diversity of Pasteurellaceae and horizontal gene transfer of leukotoxin in wild and domestic sheep |
UNDERGRADUATES |
LAST KNOW LOCATION |
PROJECT |
Aisha Ahmed |
SDSU |
Periodontal disease and gum disease |
Arman Majidi |
SDSU |
Periodontal disease and gum disease |
Kelly Christian |
SDSU |
Microbial diversity of Hawaiian steam vent sediments |
Eric Alegre
PREP student |
Arizona State University
Computational Biosciences Program |
Genomic analysis of Squamates, Application of Phylogenetics to Genome Annotation
Eric co-authored a paper on his algorithm in the Journal of Molecular Microbiology and Biotechnology entitled: “Phylogenetic Analysis of General Bacterial Porins: A Phylogenomic Case Study.” Eric has also co-authored a paper in Journal of Virology and two other manuscripts. |
Collin McManus
(Also Research Technician for 1.5 years) |
Touro University Medical School
Vallejo, CA |
Phylogenetics of the bark beetle genus Dendroctonus |
Omar Alemi |
UCSD Pharmacy School |
Culture-independent analysis of microbiota in bark beetle guts |
Cecilie Dahl |
Columbia University - School of Public Health
New York, NY |
PCR amplification and phylogenetic analysis of superoxide dismutase A genes in the Pasteurellaceae |
Chris Reid |
San Diego |
Effects of resource specialization on genetic structure of bark beetles populations. Chris developed molecular genetic tools to study patterns of genetic diversification in bark beetles. |
HIGH SCHOOL INTERNS |
LAST KNOWN LOCATION |
PROJECT |
Brad Jensen (2008)
High School Intern
High Tech High School |
HTH Senior |
A rapid and accurate method for high-throughput phylogenetic analysis using ancestral sequence reconstructions |
Alex Pardes (2008)
High School Intern
High Tech High School |
HTH Senior |
Phylogenetic approaches for gene function annotation. |
Chris Mitchell (2007)
High School Intern
High Tech High School |
HTH Senior |
Application of Alex Poole’s code for prediction of transcription factor binding sites in Ciona intestinalis.
Chris and Clarke collaborated on a project that applied Alex Poole’s code from his Master’s thesis to the discovery of new transcription factor binding sites in the sea squirt, an primitive chordate. They also wrote Python scripts to compile and analyze the output data. |
Clarke Schulman (2007)
High School Intern
High Tech High School |
HTH Senior |
Application of Alex Poole’s code for prediction of transcription factor binding sites in Ciona intestinalis
(See above entry) |
Jeff Jensen (2004)
High School Intern
High Tech High School |
Stanford University |
Isolation by Distance Web Service
Jeff created the web interface to the IBDWS software, which has been cited 169 as of 05/24/10. |
Ryan (2004)
High School Intern
High Tech High School |
Stanford University |
Python GUI for visualization of transcription factor data
Ryan created a Python Tkinter GUI that allowed users to scan and visualize transcription factor prediction data. |
|
|
|