IBEST Recent News
- U-Idaho, University of Maryland Study Finds Vaginal Microbes Vary Over Time Among Healthy Women
MOSCOW, Idaho – The delicate balance of microbes in the vagina can change drastically over short periods of time in some...
IBEST Staff
Lisha Abendroth
IBEST Program Coordinator
BCB/Neuroscience Program Assistant
LSS 441D
Phone 208-885-6010
» lishaa@uidaho.edu
IBEST Program Coordinator
BCB/Neuroscience Program Assistant
LSS 441D
Phone 208-885-6010
» lishaa@uidaho.edu
Rob Lyon
Director, Computational Resources Core
HPCC Support
Focus areas: design, construction and management of high performance computer clusters and storage systems; user accounts; administrative system installation and configuration; web application development; bioinformatics software installation and testing; scripting.
LSS 447A
Phone 208-885-8169
» rlyon@uidaho.edu
Director, Computational Resources Core
HPCC Support
Focus areas: design, construction and management of high performance computer clusters and storage systems; user accounts; administrative system installation and configuration; web application development; bioinformatics software installation and testing; scripting.
LSS 447A
Phone 208-885-8169
» rlyon@uidaho.edu
Matt Settles, Ph.D.
Director, Genomics Resources Core
Much of my research work and interest is focused on the applied analysis of high-throughput data, including microarray data, genotype data, and high-throughput sequencing data from machine output to data visualization and statistical assessment. My experience and background has been focused on the computational manipulation and interpretation of very large datasets in a wide range of disciplines, often applying bioinformatics techniques not originally designed for a particular data type in order to ask, and answer, new and interesting biological questions.
LSS 441C
Phone 208-885-6051
» msettles@uidaho.edu
Director, Genomics Resources Core
Much of my research work and interest is focused on the applied analysis of high-throughput data, including microarray data, genotype data, and high-throughput sequencing data from machine output to data visualization and statistical assessment. My experience and background has been focused on the computational manipulation and interpretation of very large datasets in a wide range of disciplines, often applying bioinformatics techniques not originally designed for a particular data type in order to ask, and answer, new and interesting biological questions.
LSS 441C
Phone 208-885-6051
» msettles@uidaho.edu