| ID | Title | Section/Topic | Authors | Keywords |
|---|
| 248 | Development of Microsatellites for the Genus Trillium
Log in to add this item to your schedule | Classical Genetics | Major, Catherine Kendall. | genotyping
phylogeny
clonal
Systematics
simple sequence repeats
Diversity |
| 220 | Endopolyploidy and whole-genome duplication similarly affect cell size in the Arabidopsis thaliana sepal
Log in to add this item to your schedule | Classical Genetics | Robinson, Dana; Coate, Jeremy; Doyle, Jeff; Roeder, Adrienne. | Polyploidy
cell size
nuclear volume
endopolyploidy |
| 368 | ExperImental natural selection of big bluestem grass ecotypes across the Great Plains Climate Gradient
Log in to add this item to your schedule | Classical Genetics | Galliart, Matt; Johnson, Loretta C.; St. Amand, Paul; Poland, Jesse; Bello, Nora; Knapp, Mary; Baer, Sara G.; Maricle, Brian R.. | |
| 66 | flowPloidy: An R Package for determining Genome Size and Ploidy from Flow Cytometry Histograms
Log in to add this item to your schedule | Classical Genetics | Smith, Tyler William; Martin, Sara; Kron, Paul. | flow cytometry
Polyploidy
software
genome size |
| 347 | Molecular evolution of plastid ndh genes in a possible new carnivorous plant
Log in to add this item to your schedule | Classical Genetics | Lin, Qianshi; Ross, Gregory; Ke, Fushi; GRAHAM, SEAN W. | biogeography
carnivory
plastid genome |
| 484 | Molecular signatures of selection, drift, introgression, and gene duplication in the serpentine endemic plant Caulanthus amplexicaulis var. barbarae (Brassicaceae)
Log in to add this item to your schedule | Classical Genetics | Hawkins, Angela; Garza, Elyssa; Pepper, Alan. | adaptation
Caulanthus
Streptanthus
Brassicaceae
serpentine
endemic
Transcriptome
RNA-Seq |
| 245 | Source identification of western Oregon Douglas-fir using wood molecular abundance data and SNPs
Log in to add this item to your schedule | Classical Genetics | Finch, Kristen; Cronn, Richard. | Douglas-fir
Pseudotsuga
Metabolites
provenance
wood identification
genomics
SNPs
random forests |
| 418 | Understanding the molecular basis of transgressive phenotypes in rice: A case study on novel dehydration stress tolerance mechanisms in recombinant inbred lines derived from dehydration-sensitive parents
Log in to add this item to your schedule | Classical Genetics | Gendron, Jake; Pabuayon, Isaiah; Kitazumi, Ai; Karampudi, Bhushan; Pal Kaur, Pushpinder; Cushman, Kevin; Singh, R.K.; Gregorio, Glenn; de los Reyes, Benildo. | |
