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Description

Spreadsheet tabs with genomic coordinates of synteny between B. terrestris and B. impatiens (A), a list of manually annotated genes and species-specific names (B), bee-specific (C) and Bombus-specific (D) genes based on ortholog analysis, protein domains relating to transposable elements (E), venom peptide genes in B. terrestris with proteomic support

Spreadsheet tabs with genomic coordinates of synteny between B. terrestris and B. impatiens (A), a list of manually annotated genes and species-specific names (B), bee-specific (C) and Bombus-specific (D) genes based on ortholog analysis, protein domains relating to transposable elements (E), venom peptide genes in B. terrestris with proteomic support (F), venom proteins without proteomic evidence, and details of their presence/absence in the genome sequence (G), B. impatiens venom protein predictions (H), an ortholog-based list of bumblebee genes in immune related families (I), proteins identified in B. terrestris queen hemolymph by mass spectrometry (J), and miRNAs sequenced in B. terrestris (K), predicted but not sequenced in B. terrestris (L), and predicted in B. impatiens (M).

Description

Dataset for analyses reported in this manuscript. doi: 10.1371/journal.pone.0121840.s001 

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DescriptionAnimates the phase portrait of the system of equations (5.8) with linear growth function (2.6a) and logarithmic elasticity function (2.4a) for varying wave speed c. ()
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DescriptionAnimates the phase portrait of the system of equations (5.8) with cubic growth function (2.6c) and logarithmic elasticity function (2.4a) for varying wave speed c. ()
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Description

Stable salt-bridge network between Lys300 and Asp163/Asp164. The conformation of the network is essentially unchanged over the course of the whole simulation, and hence only the first 250 ns are shown.