Recent news, research updates, and highlights from the Cresko Laboratory.
First developmental scRNA-seq atlas for syngnathid fishes provides insights into seahorse and pipefish evolution
Recognition for outstanding contributions to science and the university
Knight Campus center partners with OHSU to fight cancer and other diseases using data science
New study reveals how genetic variation influences microbial communities in stickleback fish
Major publication uncovers genomic basis of unique traits in seahorses and relatives
Lab develops novel approach combining single-cell Iso-Sequencing with scRNA-seq for improved genome annotation
Interdisciplinary team to study effects of maternal high-fat diet on offspring using stickleback model
Research project establishes stickleback as model for mitochondrial disease studies
Murdock Trust funds cutting-edge imaging to study syngnathid evolution and host-microbiome interactions
Clark Honors College undergraduate recognized for excellence in research
Three lab members successfully defend their dissertations
New system enables controlled studies of host-microbiome interactions
New version brings improved algorithms and expanded capabilities
Postdoc receives prestigious European Union fellowship for syngnathid genomics research
Renowned fish artist explores stickleback evolution and scientific illustration
New interdisciplinary initiative brings together faculty from across the university
Outstanding showing at Evolution and SMBE conferences
Stickleback populations show evolutionary changes in less than 50 years following geological uplift
University of Oregon recognizes outstanding contributions to research and teaching
Genome scans and RAD sequencing recognized in Science’s Breakthrough of the Year feature
New method combines RAD with next-generation sequencing for high-throughput genetic analysis
Groundbreaking method for rapid and cost-effective genetic marker discovery using Restriction site Associated DNA
Comprehensive review establishes stickleback as a model for micro-evo-devo synthesis
PNAS paper reveals genetic basis of craniofacial evolution in threespine stickleback
Foundational paper reveals same genes control repeated evolution of armor loss across Alaskan stickleback populations