Figure S17. The influences of CTC and MCE on microbial diversity (Shannon index) at gene, genus, OG and KO levels (a) in the foregut and (b) in the hindgut. Box plots show median ± interquartile range (IQR) and 1.5 IQR ranges (whiskers), with outliers denoted by dots. Asterisks denote the significant changes (Wilcoxon rank-sum test, P < 0.05) between BLANK and the growth promoter treated group. (PDF 859 kb
Figure S10. Microbial gene functional differences between foregut and hindgut though eggNOG annotati...
Figure S8. Average relative abundance of phylum Actinobacteria of foregut samples in five Distributi...
Figure S6. The NMDS plot of foregut samples in five Distribution groups (DGY, DHC, DHK, DSL, DST) ba...
Figure S20. The relative abundances of core genera significantly changed by CTC or MCE in the foregu...
Figure S19. The relative abundances of four major classes of ARGs changed by MCE or CTC in the foreg...
Figure S18. (a) The relative abundances of genera increased by MCE or CTC in the foregut. Kitasatosp...
Figure S7. Microbial diversity (Shannon index) of samples in five Distribution groups (DGY, DHC, DHK...
Figure S16. The NMDS plot of microbial communities in BLANK and MCE groups (left); and in BLANK and ...
Figure S21. The influences of CTC and MCE on the hindgut microbial functions. The heatmap of KEGG me...
Figure S14. The relative abundance of major genera in the foregut and hindgut at different ages. Th...
Figure S1. Rarefaction curves of detected genes from the whole set of 495 samples (Total) and from s...
Table S6. The relative abundances of major genera at different ages (average relative abundance >â...
Table S5. The relative abundances of major phyla at different ages (average relative abundance >â0...
Table S7. KEGG pathways significantly changed in the foregut after CTC and MCE treatment. (XLSX 13 k...
Figure S12. The NMDS plot of microbial communities in hindgut at different ages. The analysis was ba...
Figure S10. Microbial gene functional differences between foregut and hindgut though eggNOG annotati...
Figure S8. Average relative abundance of phylum Actinobacteria of foregut samples in five Distributi...
Figure S6. The NMDS plot of foregut samples in five Distribution groups (DGY, DHC, DHK, DSL, DST) ba...
Figure S20. The relative abundances of core genera significantly changed by CTC or MCE in the foregu...
Figure S19. The relative abundances of four major classes of ARGs changed by MCE or CTC in the foreg...
Figure S18. (a) The relative abundances of genera increased by MCE or CTC in the foregut. Kitasatosp...
Figure S7. Microbial diversity (Shannon index) of samples in five Distribution groups (DGY, DHC, DHK...
Figure S16. The NMDS plot of microbial communities in BLANK and MCE groups (left); and in BLANK and ...
Figure S21. The influences of CTC and MCE on the hindgut microbial functions. The heatmap of KEGG me...
Figure S14. The relative abundance of major genera in the foregut and hindgut at different ages. Th...
Figure S1. Rarefaction curves of detected genes from the whole set of 495 samples (Total) and from s...
Table S6. The relative abundances of major genera at different ages (average relative abundance >â...
Table S5. The relative abundances of major phyla at different ages (average relative abundance >â0...
Table S7. KEGG pathways significantly changed in the foregut after CTC and MCE treatment. (XLSX 13 k...
Figure S12. The NMDS plot of microbial communities in hindgut at different ages. The analysis was ba...
Figure S10. Microbial gene functional differences between foregut and hindgut though eggNOG annotati...
Figure S8. Average relative abundance of phylum Actinobacteria of foregut samples in five Distributi...
Figure S6. The NMDS plot of foregut samples in five Distribution groups (DGY, DHC, DHK, DSL, DST) ba...