awards grant
- A Myosin-like Protein And GTPase Required For Gliding (FY06)
- A Myosin-like Protein And GTPase Required For Gliding (FY07)
- A Myosin-like Protein And GTPase Required For Gliding (FY08)
- A Myosin-like Protein And GTPase Required For Gliding (FY09)
- A Myosin-like Protein And GTpase Required For Gliding (FY05)
- Administrative Core
- Administrative Core
- Administrative Core (FY 2013)
- Administrative Core (FY 2014)
- Administrative Core (FY 2019)
- Agent-Based Modeling of Viral Co-Infection
- Bioinformatics Core (FY 2018)
- COBRE Phase III: Transitional Center for Research on Processes in Evolution
- Center for Modeling Complex Interactions
- Center for Modeling Complex Interactions
- Center for Research on Processes in Evolution (FY 2012)
- Chemico-physical Properties of Metal-flavonoid
- Collaborative Research: A Mathematical Theory of Transmissible Vaccines
- Determining The Conformational Stability Of Nmr Ensemble Structures (FY 2009)
- Determining The Conformational Stability Of Nmr Ensemble Structures (FY 2010)
- Disease Severity During Viral Co-Infection
- Disease Severity During Viral Co-Infection
- Gene Flow and the Coevolution of Parasite Range
- Gene Flow and the Coevolution of Parasite Range
- Idaho INBRE Program (FY 2018)
- Idaho INBRE Program (FY2012)
- Idaho INBRE Program (FY2013)
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Intraflagellar Transport In Chlamydomonas Reinhardtii
- Invader LNAs As Novel Gene Specific Therapeutics
- Invader LNAs As Novel Gene Specific Therapeutics
- Invader LNAs As Novel Gene Specific Therapeutics
- Malaria and Allergic Inflammatory Changers to the Gut Barrier
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes - Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes--Stasis and Change
- Mammalian Genomes: Stasis and Change
- Mammalian Genomes: Stasis and Change
- Mammalian Genomes: Stasis and Change
- Mammalian Genomes: Stasis and Change
- Mammalian Genomes: Stasis and Change
- Mammalian Genomes: Stasis and Change
- Microevolution of Conserved Developmental Genes
- Microevolution of Conserved Developmental Genes
- Modeling Core
- Modeling Core
- Modeling the Spatial Dynamics of Plasmid Transfer
- Modeling the Spatial Dynamics of Plasmid Transfer
- Modeling the Spatial Dynamics of Plasmid Transfer
- Modeling the Spatial Dynamics of Plasmid Transfer
- Modeling the Spatial Dynamics of Plasmid Transfer
- Modeling the Spatial Dynamics of Plasmid Transfer
- Modeling the Spatial Dynamics of Plasmid Transfer
- Modeling the Spatial Dynamics of Plasmid Transfer
- Modeling the Spatial Dynamics of Plasmid Transfer
- Modeling the Spatial Dynamics of Plasmid Transfer
- Multi-Level Dynamics of Viral Co-Infection
- Multi-Level Dynamics of Viral Co-Infection
- New Dienophiles for the Diels-alder Reaction
- Patterns of Adaptive Evolution
- Patterns of Adaptive Evolution
- Patterns of Adaptive Evolution
- Patterns of Adaptive Evolution
- Patterns of Adaptive Evolution
- Patterns of Adaptive Evolution
- Patterns of Adaptive Evolution
- Patterns of Adaptive Evolution
- Patterns of Adaptive Evolution
- Patterns of Adaptive Evolution
- Patterns of Adaptive Evolution
- Regulation Of M Xanthus Motility And Development
- Regulation Of M Xanthus Motility And Development
- Regulation Of M Xanthus Motility And Development
- Regulation Of M Xanthus Motility And Development
- Research Project Core
- Small Instrument Grant
- Small instrumentation Grant
- Viral Evolution; Computer Science And Molecular Biology
- Viral Evolution; Computer Science And Molecular Biology