Integration of transcriptome datasets. Table of sequence clusters (clustered at 95 % sequence identity) comprising AfunF1.2 gene set transcripts (13,897 sequences), the “Crawford” assembled transcriptome (14,850 sequences) and the “Gregory” assembled transcriptome (18,103 sequences). Each row represents a cluster. Sequences in a cluster that come from the same dataset are separated by commas. (XLSX 868 kb
Phylogram of the anopheline Antigen 5 family proteins. The numbers in the phylogram nodes show the p...
Table S5. Candidate genes related to virulence of the P. falciparum parasite. (XLSX 31Â kb
Table S2. Genes showing significant differences in transcript levels (log2 fold >â2, at least 4 fo...
Differential gene representation analysis results. Table of results of differential gene representat...
Table S1. This table provides links to video examples of the Malpighian tubule dissections described...
Figure S1. Clusters composed of members from a single species or six species. a) Clusters comprise P...
Table S4. The P. berghei genes included in rodent malaria parasite-enriched clusters. (XLSX 20Â kb
Table S2. Enriched values of all clusters in six Plasmodium species. (XLSX 154Â kb
Table S1. Sequences of specific stem-loop reverse transcription primers. Table S2. Sequences of PCR ...
dsRNA haemocyte-specific library. The main features of target genes and dsRNAs used in this study ar...
Figure S1. Sequence alignment of 162 nucleotide (nt) Plasmodium ncMS sequences corresponding to nucl...
Table S5. List of miRNA targets identified by RNAhybrid on An. sinensis genes. (XLSX 35 kb
Table S1. List of laboratory strains and their characteristics. Table S2. Primers and probes used in...
Sequence annotation file Pf3D7.May2015.NoSplice.LSHTM.gtf (see Additional file 1 for explanatory det...
Flowchart of methods used to identify and annotate gain/loss protein families. (PDF 38Â kb
Phylogram of the anopheline Antigen 5 family proteins. The numbers in the phylogram nodes show the p...
Table S5. Candidate genes related to virulence of the P. falciparum parasite. (XLSX 31Â kb
Table S2. Genes showing significant differences in transcript levels (log2 fold >â2, at least 4 fo...
Differential gene representation analysis results. Table of results of differential gene representat...
Table S1. This table provides links to video examples of the Malpighian tubule dissections described...
Figure S1. Clusters composed of members from a single species or six species. a) Clusters comprise P...
Table S4. The P. berghei genes included in rodent malaria parasite-enriched clusters. (XLSX 20Â kb
Table S2. Enriched values of all clusters in six Plasmodium species. (XLSX 154Â kb
Table S1. Sequences of specific stem-loop reverse transcription primers. Table S2. Sequences of PCR ...
dsRNA haemocyte-specific library. The main features of target genes and dsRNAs used in this study ar...
Figure S1. Sequence alignment of 162 nucleotide (nt) Plasmodium ncMS sequences corresponding to nucl...
Table S5. List of miRNA targets identified by RNAhybrid on An. sinensis genes. (XLSX 35 kb
Table S1. List of laboratory strains and their characteristics. Table S2. Primers and probes used in...
Sequence annotation file Pf3D7.May2015.NoSplice.LSHTM.gtf (see Additional file 1 for explanatory det...
Flowchart of methods used to identify and annotate gain/loss protein families. (PDF 38Â kb
Phylogram of the anopheline Antigen 5 family proteins. The numbers in the phylogram nodes show the p...
Table S5. Candidate genes related to virulence of the P. falciparum parasite. (XLSX 31Â kb
Table S2. Genes showing significant differences in transcript levels (log2 fold >â2, at least 4 fo...