Paul Frandsen

Paul's public data

Fossils to genomes: Diverse data to decipher assassin fly evolution or The 1st assassin-fly genome: collecting, sequencing, & analysis

Torsten Dikow

2017-11-06T06:21:32Z

CNN trained in Mathematica to distinguish between clubmosses and spikemosses

Rebecca Dikow

2017-10-16T13:57:32Z

CNN trained in Mathematica to distinguish between mercury stained and unstained specimens

Rebecca Dikow

2017-10-16T13:20:04Z

Project Data from: Applications of deep convolutional neural networks to digitized natural history collections

Rebecca Dikow

2017-09-21T12:48:43Z

Mercury-stained botany images for deep learning

Rebecca Dikow

2017-09-21T12:48:22Z

Unstained botany images for deep learning

Rebecca Dikow

2017-09-21T12:47:54Z

Clubmoss images for deep learning

Rebecca Dikow

2017-09-21T12:47:30Z

Spikemoss images for deep learning

Rebecca Dikow

2017-09-21T12:47:04Z

The 1st assassin-fly genome: collecting, sequencing, & analysis

Torsten Dikow

2017-08-30T11:50:25Z

Collection Dikow et al. Genomic and transcriptomic resources for assassin flies

Rebecca Dikow

2017-01-12T16:57:02Z

GenomeScope results (21 kmer) of Proctacanthus coquilletti de novo genome (visualization of Table 3)

Rebecca Dikow

2017-01-12T16:56:19Z

Proctacanthus coquilletti de novo genome annotation (200kmer) Maker GFF file

Rebecca Dikow

2017-01-05T14:03:03Z

Astral tree of 16 Diptera: Orthorrhapha species based on based on RAxML best trees for 9,080 orthologs with four or more taxa (Fig. 6)

Rebecca Dikow

2017-01-05T14:02:13Z

RAxML tree of 16 Diptera: Orthorrhapha species based on ML analysis of 9,080 orthologs with four or more taxa with bootstrap (Fig. 5)

Rebecca Dikow

2017-01-05T14:01:28Z

Blob plot of contamination assessment in Proctacanthus coquilletti de novo genome (Fig. S1)

Rebecca Dikow

2017-01-05T13:57:48Z

MCMC time-calibrated tree of 16 Diptera: Orthorrhapha species (Fig. 7)

Rebecca Dikow

2017-01-05T13:55:08Z

Genome assembly statistics visualization of Proctacanthus coqilletti de novo genome (Fig. 4)

Rebecca Dikow

2017-01-05T13:45:56Z

Venn diagrams showing the number of GO (Gene Ontology) terms among selected sets of taxa (Fig. 3)

Rebecca Dikow

2017-01-05T13:45:26Z

Phylogeny of Diptera (summary tree of hypothesis with higher taxa by Wiegmann et al. 2011) with number of completed genomes and position of Asiloidea (Fig. 1)

Rebecca Dikow

2017-01-05T13:45:07Z

Bioinformatics workflow for transcriptome and genome analysis (Fig. 2)

Rebecca Dikow

2017-01-05T13:44:50Z

Blob plot of contamination assessment in Proctacanthus coquilletti de novo genome (Fig. S2)

Rebecca Dikow

2017-01-05T13:44:33Z

Concatenated alignment of 9,080 putative orthologs of 16 Diptera: Orthorrhapha species for phylogeny reconstruction

Rebecca Dikow

2016-12-23T18:26:23Z

Partitions of concatenated alignment of 9,080 putative orthologs of 16 Diptera: Orthorrhapha species produced by PartitionFinderProtein

Rebecca Dikow

2016-12-23T18:25:50Z

Individual gene trees of 9,080 orthologs of 16 Diptera: Orthorrhapha analyzed in RAxML

Rebecca Dikow

2016-12-23T18:24:23Z

"Automatic selection of partitioning schemes for phylogenetic analyses using iterative k-means clustering of site rates"

Paul Frandsen

2015-02-10T15:51:10Z