Difference between revisions of "Datasets"

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The following datasets were analyzed in ''Tracking the evolution and geographic spread of Influenza A'' (Parks et al., PLoS Currents: Influenza, submitted Aug. 25, 2009):
 
The following datasets were analyzed in ''Tracking the evolution and geographic spread of Influenza A'' (Parks et al., PLoS Currents: Influenza, submitted Aug. 25, 2009):
  
*[[Media:H1N1_SOIV_Aug11.zip|H1N1 S-OIV dataset]]: metadata and phylogenetic trees for 203 complete S-OIV sequences obtained from the NCBI Influenza Virus Resource on Aug. 11, 2009.
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*[[Media:h1n1locations.zip|Location file]] containing the latitude and longitude of each geographic location, each of which could contain one or more isolates.
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*[[Media:aa_sequences.zip|Sequence file]] with one row per isolate, containing metadata information including collection date and polymorphic amino acid sites.
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*[[Media:H1N1_Concatenate_Midpoint.zip|Phylogenetic tree]] of 203 complete S-OIV sequences as determined by RAxML.
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*[[Media:H1N1_NA248_VN_Subtree.zip|NA248 subtree]] characterized by polymorphisms at NA sites 104 and 248.
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*[[Media:H1N1_Panmixia_Subtree.zip|Panmixia subtree] demonstrating the rapid, global spread of S-OIV.
 
*[[Media:GenGIS_NA248_Polymorphism.swf|Stream]] video showing the temporal and geographic spread of neuraminidase site N248D.
 
*[[Media:GenGIS_NA248_Polymorphism.swf|Stream]] video showing the temporal and geographic spread of neuraminidase site N248D.
**[[Media:GenGIS_NA248_Polymorphism.zip|Python script]] used to create the above video (requires the H1N1 S-OIV dataset along with a [[Media:WorldMap.tif|world map]]).
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**[[Media:GenGIS_NA248_Polymorphism.zip|Python script]] used to create the above video (requires the location and sequence files above along with a [[Media:WorldMap.tif|world map]]).
 
*[[Media:GenGIS_NA248_VN_Geophylogeny.swf|Stream]] video showing the geophylogeny of a subtree exhibiting polymorphism at neuraminidase site 248.
 
*[[Media:GenGIS_NA248_VN_Geophylogeny.swf|Stream]] video showing the geophylogeny of a subtree exhibiting polymorphism at neuraminidase site 248.
**[[Media:GenGIS_NA248_VN_Geophylogeny.zip|Python script]] used to create the above video (requires the H1N1 S-OIV dataset along with a [[Media:WorldMap.tif|world map]]).
+
**[[Media:GenGIS_NA248_VN_Geophylogeny.zip|Python script]] used to create the above video (requires the location and sequence files along with one of the phylogenetic trees given above plus the [[Media:WorldMap.tif|world map]]).

Revision as of 01:24, 26 August 2009

The following datasets were analyzed in GenGIS: A geospatial information system for genomic data (Parks et al., Genome Res., 2009):

  • GOS dataset: taxonomic diversity of Atlanatic seaboard sites from the Global Ocean Sampling expedition.
  • HIV-1 dataset: geographic distribution of non-recombinant HIV-1 subtypes in Africa
  • ISEA mtDNA dataset: phylogenetic distribution of mtDNA haplogroup E, using hypervariable segment I (HVS-I) sequences from Southeast Asia.


The following datasets were analyzed in Tracking the evolution and geographic spread of Influenza A (Parks et al., PLoS Currents: Influenza, submitted Aug. 25, 2009):

  • Location file containing the latitude and longitude of each geographic location, each of which could contain one or more isolates.
  • Sequence file with one row per isolate, containing metadata information including collection date and polymorphic amino acid sites.
  • Phylogenetic tree of 203 complete S-OIV sequences as determined by RAxML.
  • NA248 subtree characterized by polymorphisms at NA sites 104 and 248.
  • [[Media:H1N1_Panmixia_Subtree.zip|Panmixia subtree] demonstrating the rapid, global spread of S-OIV.
  • Stream video showing the temporal and geographic spread of neuraminidase site N248D.
    • Python script used to create the above video (requires the location and sequence files above along with a world map).
  • Stream video showing the geophylogeny of a subtree exhibiting polymorphism at neuraminidase site 248.
    • Python script used to create the above video (requires the location and sequence files along with one of the phylogenetic trees given above plus the world map).