Figure 5. Correlations between escape latency and the composition of gut bacterium (N=14). (A) Phylum Chlamydiae (r = 0.49, P>.05). (B) Phylum Tenericutes (r = −0.66, P<.05). (C) Phylum TM7 (r = 0.10, P>.05). (D) Class Betaproteobacteria (r = −0.68, P<.01). (E) Class Chlamydiae (r = 0.49, P>.05). (F) Class Erysipelotrichia (r = −0.64, P<.05). (G) Class Mollicutes (r = −0.66, P<.05). (H) Class TM7 3 (r = 0.10, P>.05). (I) Order Anaeroplasmatales (r = −0.62, P<.05). (J) Order Burkholderiales (r = −0.68, P<.01). (K) Order Chlamydiales (r = 0.49, P>.05). (L) Order CW040 (r = 0.10, P>.05). (M) Order Erysipelotrichales (r = −0.64, P<.05). (N) Family Alcaligenaceae (r = −0.68, P<.01). (O) Family Anaeroplasmataceae (r = −0.62, P<.05). (P) Family Chlamydiaceae (r = 0.49, P>.05). (Q) Family Dehalobacteriaceae (r = −0.48, P>.05). (R) Family Erysipelotrichaceae (r = −0.64, P<.05). (S) Family F16 (r = 0.10, P>.05). (T) Genus Anaeroplasma (r = −0.66, P<.05). (U) Genus Chlamydia (r = 0.49, P>.05). (V) Genus Dehalobacterium (r = −0.48, P>.05). (W) Genus Sutterella (r = −0.68, P<.01). (X) Species Escherichia coli (r = 0.71, P<.01).