Yassour, Moran Kaplan, Tommy Fraser, Hunter B Levin, Joshua Z Pfiffner, Jenna Adiconis, Xian Schroth, Gary Luo, Shujun Khrebtukova, Irina Gnirke, Andreas
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Published in
Proceedings of the National Academy of Sciences of the United States of America
Defining the transcriptome, the repertoire of transcribed regions encoded in the genome, is a challenging experimental task. Current approaches, relying on sequencing of ESTs or cDNA libraries, are expensive and labor-intensive. Here, we present a general approach for ab initio discovery of the complete transcriptome of the budding yeast, based onl...
Ostrander, Elaine A Beale, Holly C
Published in
BMC Genetics
Because of dogs' unique population structure, human-like disease biology, and advantageous genomic features, the canine system has risen dramatically in popularity as a tool for discovering disease alleles that have been difficult to find by studying human families or populations. To date, disease studies in dogs have primarily employed either link...
Villalta, Christopher Francisco
In the first chapter, using phylogenetic information about Neurospora, I designed a successful two restriction enzyme digest assay that separated PS 1-3 from the other known Neurospora species and found one new PS1, nine new PS2, and one new PS3. The topography of the phylogenetic tree did not change with the addition of the new PS isolate data and...
Villalta, Christopher Francisco
In the first chapter, using phylogenetic information about Neurospora, I designed a successful two restriction enzyme digest assay that separated PS 1-3 from the other known Neurospora species and found one new PS1, nine new PS2, and one new PS3. The topography of the phylogenetic tree did not change with the addition of the new PS isolate data and...
Villalta, Christopher Francisco
In the first chapter, using phylogenetic information about Neurospora, I designed a successful two restriction enzyme digest assay that separated PS 1-3 from the other known Neurospora species and found one new PS1, nine new PS2, and one new PS3. The topography of the phylogenetic tree did not change with the addition of the new PS isolate data and...
Villalta, Christopher Francisco
In the first chapter, using phylogenetic information about Neurospora, I designed a successful two restriction enzyme digest assay that separated PS 1-3 from the other known Neurospora species and found one new PS1, nine new PS2, and one new PS3. The topography of the phylogenetic tree did not change with the addition of the new PS isolate data and...
Villalta, Christopher Francisco
In the first chapter, using phylogenetic information about Neurospora, I designed a successful two restriction enzyme digest assay that separated PS 1-3 from the other known Neurospora species and found one new PS1, nine new PS2, and one new PS3. The topography of the phylogenetic tree did not change with the addition of the new PS isolate data and...
Villalta, Christopher Francisco
In the first chapter, using phylogenetic information about Neurospora, I designed a successful two restriction enzyme digest assay that separated PS 1-3 from the other known Neurospora species and found one new PS1, nine new PS2, and one new PS3. The topography of the phylogenetic tree did not change with the addition of the new PS isolate data and...
Villalta, Christopher Francisco
In the first chapter, using phylogenetic information about Neurospora, I designed a successful two restriction enzyme digest assay that separated PS 1-3 from the other known Neurospora species and found one new PS1, nine new PS2, and one new PS3. The topography of the phylogenetic tree did not change with the addition of the new PS isolate data and...
Villalta, Christopher Francisco
In the first chapter, using phylogenetic information about Neurospora, I designed a successful two restriction enzyme digest assay that separated PS 1-3 from the other known Neurospora species and found one new PS1, nine new PS2, and one new PS3. The topography of the phylogenetic tree did not change with the addition of the new PS isolate data and...
