Figure S4. Non-metric multi-dimensional scaling plots of the bacterial communities of larvae based on DGGE lane analysis. 3D stress of the NMDS was 0.14. The NMDS representation is based on a Bray-Curtis dissimilarity matrix. Correspondence of sample names is indicated in the legend of Fig. 2. (PDF 65 kb
Microbial interactions are an underappreciated force in shaping insect microbiome communities. Altho...
Interactions between bacterial microbiota and mosquitoes play an important role in mosquitoes’ capac...
Figure S1. Alpha diversity. Box plots of bacterial species richness associated with the nine mosquit...
Table S3. Bacterial community similarity within and between treatment groups. Similarity values are ...
Table S2. Band counting numbers, Shannon index (diversity), Simpson index (diversity) and Pielou’s i...
Figure S2. Composite picture of a DGGE gel containing all four groups of larvae. Bands excised and s...
Figure S1. Picture of the DGGE gel containing unexposed larvae sampled at 0, 5, 10 and 24 h. (PDF 10...
Table S1. Tukey’s post-hoc test outputs from larval bacterial microbiota. Linear models were used to...
Non-metric multidimensional scaling 2. Non-metric multidimensional scaling ordination of the most ab...
Table S1. Identification of bacterial genera that are differentially abundant in pairwise comparison...
Non-metric multidimensional scaling 1. Non-metric multidimensional scaling ordinations of the microb...
Figure S2. The midgut bacterial communities are highly structured by sequencing run. The cluster den...
Two-dimensional non-metric multidimensional scaling (NMDS) plot of bacterial communities. Point patt...
Table S4. SIMPER analysis results showing differential abundance of bacterial OTUs among mosquito sp...
Figure S3. Family level composition (% of OTUs) in different organs of nine mosquito species. Only O...
Microbial interactions are an underappreciated force in shaping insect microbiome communities. Altho...
Interactions between bacterial microbiota and mosquitoes play an important role in mosquitoes’ capac...
Figure S1. Alpha diversity. Box plots of bacterial species richness associated with the nine mosquit...
Table S3. Bacterial community similarity within and between treatment groups. Similarity values are ...
Table S2. Band counting numbers, Shannon index (diversity), Simpson index (diversity) and Pielou’s i...
Figure S2. Composite picture of a DGGE gel containing all four groups of larvae. Bands excised and s...
Figure S1. Picture of the DGGE gel containing unexposed larvae sampled at 0, 5, 10 and 24 h. (PDF 10...
Table S1. Tukey’s post-hoc test outputs from larval bacterial microbiota. Linear models were used to...
Non-metric multidimensional scaling 2. Non-metric multidimensional scaling ordination of the most ab...
Table S1. Identification of bacterial genera that are differentially abundant in pairwise comparison...
Non-metric multidimensional scaling 1. Non-metric multidimensional scaling ordinations of the microb...
Figure S2. The midgut bacterial communities are highly structured by sequencing run. The cluster den...
Two-dimensional non-metric multidimensional scaling (NMDS) plot of bacterial communities. Point patt...
Table S4. SIMPER analysis results showing differential abundance of bacterial OTUs among mosquito sp...
Figure S3. Family level composition (% of OTUs) in different organs of nine mosquito species. Only O...
Microbial interactions are an underappreciated force in shaping insect microbiome communities. Altho...
Interactions between bacterial microbiota and mosquitoes play an important role in mosquitoes’ capac...
Figure S1. Alpha diversity. Box plots of bacterial species richness associated with the nine mosquit...