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Do you use? the Gibbs sampler for DNA the Gibbs sampler for proteins both
the Gibbs sampler for DNA the Gibbs sampler for proteins both
What type of experimental data do you most often submit to the Gibbs web site? phylogenetic sequence data (the promoter regions upstream of a single orthologous gene from several species) co-expression data from microarray experiments (from a single species, the promoter regions of genes that were co-expressed) expression data from promoter fusion experiments transcription factor binding assays (the promoter regions that are bound by a protein in experiments such as gel-shift, DNaseI, ChIP) protein data other What type of species data do you most often submit for Gibbs sampling? bacterial DNA sequences yeast/fungal DNA sequences Drosophila DNA sequences C.elegans DNA sequences mammalian DNA sequences other The web page currently has prokaryotic and eukaryotic default settings. Do you use these yes no sometimes What type of motif are you typically interested in looking for? transcription factor binding sites sigma factor / RNA polymerase binding sites splice sites repeat sequences protein motifs signal peptides transmembrane segments other Do you typically search for one motif multiple motifs simultaneously Do you typically expect that there will be a single site per sequence for a motif multiple sites per sequence for a motif usually don't know How many fasta sequences do you typically input to the Gibbs sampler? 1-10 11 - 50 51 - 100 101 - 500 > 500 Roughly how much total sequence data does this typically represent? < 100 bp 100 - 1,000 bp 1,000 - 10,000 bp 10,000 - 100,000 bp > 100,000 bp Comments or Suggestions:
phylogenetic sequence data (the promoter regions upstream of a single orthologous gene from several species) co-expression data from microarray experiments (from a single species, the promoter regions of genes that were co-expressed) expression data from promoter fusion experiments transcription factor binding assays (the promoter regions that are bound by a protein in experiments such as gel-shift, DNaseI, ChIP) protein data other
bacterial DNA sequences yeast/fungal DNA sequences Drosophila DNA sequences C.elegans DNA sequences mammalian DNA sequences other
yes no sometimes
transcription factor binding sites sigma factor / RNA polymerase binding sites splice sites repeat sequences protein motifs signal peptides transmembrane segments other
one motif multiple motifs simultaneously
a single site per sequence for a motif multiple sites per sequence for a motif usually don't know
1-10 11 - 50 51 - 100 101 - 500 > 500
< 100 bp 100 - 1,000 bp 1,000 - 10,000 bp 10,000 - 100,000 bp > 100,000 bp