Viacheslav Fofanov, Ph.D.I am an Assistant Professor in the Informatics and Computing Program at the Northern Arizona University's College of Engineering, Forestry, and Natural Sciences. My research focuses on applications of High Throughput Sequencing data to pathogen detection in complex clinical and environmental samples. In humans, this includes detection and transmission tracing (person-to-person, surface-to-person, and animal-to-person) of community-acquired Methicillin Resistant Staphylococcus aureus (MRSA) infections, an important cause of soft tissue and skin infections, with significant ethnic health disparities. In animals, this includes development of tools for pathogen surveillance of wildlife reservoirs, including PCR-amplicon and metagenomic sequencing approaches. My particular focus is on bats - an important and ubiquitous animal reservoir of a number of important human-affecting diseases.

  • Bioinformatics, Statistics, and Computer Science
  • Data-structures and algorithm for High Throughput Sequence data analysis
  • Environmental and clinical metagenomics via shotgun sequencing techniques
  • Bacterial and viral quasispecies characterization
  • Pathogen detection
Faith M. Walker, Ph.D.I employ a variety of tools in ecology and genetics to understand population biology and natural and evolutionary history of organisms. A uniting theme is how flora and fauna function in natural systems and how population processes are impacted in human-altered ones. My favorite questions have a management component and involve species that are scientifically intractable because they are cryptic, rare, or endangered. I recently incorporated bats into my research because they face many conservation challenges, yet are one of the most difficult mammals to study, being cryptic, nocturnal, and volant, and some cases solitary, non-cave roost-ers. I work with many excellent collaborators and enjoy a global perspective to my research, having spent seven years overseas in various research
Carol L. Chambers, Ph.D.I am a Professor of Wildlife Ecology at Northern Arizona University (NAU) with a long-term bat ecology and habitat relationships research program. For almost 20 years, my research has focused on bats, resulting in 15 studies encompassing 22 southwestern bat species, some of which are uncommon and rare species. My work covers a variety of roost types such as snags, caves, and mines, as well as a wide range of methods and techniques including live-trapping mark-recapture, track plates, occupancy modeling, radio telemetry, stable isotopes, and others.
Talima Pearson, Ph.D. I am interested in the dispersal of bacterial pathogens over space and time. This entails documenting and tracing mutations that occur over multiple evolutionary time periods. Over long term evolutionary periods, we can trace the spread of disease on a regional or global scale. For some bacterial pathogens, it is possible to track the evolution of an infection within a single host. This may allow us to identify adaptive mutations and the progression of disease. Understanding the evolution and population dynamics at small temporal scales will hopefully help us better understand the more complex dynamics of mutations that accumulate over longer periods of time.
Current Students
Nicole Pagel Masters StudentNicole is a Masters student in Computer Science at NAU and received her undergraduate degree in Economics and Finance from the University of Arizona. She is working in the Fofanov Lab as the Data Science/Informatics research assistant for the team and assists on a variety of projects involving data analysis and developing models in metagenomics and bioinformatics. Her interests include data analytics, large scale data modeling and machine learning.
Tsosie Schneider Masters StudentTsosie Schneider is graduate student in the SICCS PhD program. He completed his undergraduate degree in Computer Science at NAU in Spring 2016. He claims his doctoral aspirations are merely a means to re-enact the doctor greeting scene from the film "Spies like us".
The Lab
Tara Furstenau, Ph.D.Dr. Furstenau (Ph.D. Molecular and Cellular Biology, Arizona State University) is interested in the development and application of computational and statistical methods to analyze genomic sequence data. She is currently involved with several projects in the Fofanov lab, including the development of a PCR amplicon-based pathogen detection panel as well as the construction of a bioinformatic pipeline which uses metagenomic sequence data to provide species level classification of organisms within complex samples. Her previous work involved developing simulations and statistical methods for analyzing spatial population genetic data.
[Twitter: @TaraFurstenau](
Jill Cocking, Research Specialist, SeniorI grew up in Flagstaff and have a BS from NAU in microbiology with a minor in chemistry and am currently finishing my Masters in Biology here at NAU. I have worked in a variety of science fields including cancer research, forensics and toxicology. I am excited to begin my work with the School of Informatics, Computing and Cyber Systems and I hope I can make a contribution to all the exciting work into human pathogens and their genetics happening in the department.
Former Students
Michael Deberg Undergraduate StudentI am currently pursuing a Bachelor's in Computer Science here at NAU and I've always been interested in biology, working for Dr. Fofanov has provided me the opportunity to combine these two interests. In my time here I have had the opportunity to work on smaller pipelines to calculate genome coverage and test primer sets as well as work on several iterations of a much more in depth pipeline which has taught me quite a lot. Being new to bioinformatics the various projects Dr. Fofanov has taken on and enlisted my assistance with have provided a plethora of learning opportunities.
Christopher Philabaum Undergraduate StudentI am a senior undergraduate student pursuing a Bachelor's of Science in Computer Science degree at NAU. Currently, I'm researching under Dr. Fofanov to better understand how to properly research. I hope to continue on to graduate school to pursue research in the many interesting fields under Computer Science! Some topics that interest me is theoretical computer science (such as computational complexity theory), combinatorics, artificial intelligence, and quantum computing.