MOESM2 of Deletion of the 2-acyl-glycerophosphoethanolamine cycle improve glucose metabolism in Escherichia coli strains employed for overproduction of aromatic compounds

Additional file 2: Table S2. Mutation rates in both evolved strains based on mutation appearance in the rpoB locus. Mutation rates were determined by a modified Luria-Delbrück fluctuation test, employing the MSS-MLE and the LC methods in the estimation of the number of mutants [30–32]. The mutation frequency also was determinated

Figure 7.

ROC curves and AUC values for (A) Ancash, (B) Ayacucho, (C) Cusco, (D) L. tacnae and (E) L. walkeri

Figure 3.

Ventral view showing the color patterns of the belly and tail: (A) Ancash, (B) Ayacucho, (C) Cusco, (D) L. tacnae, and (E) L. walkeri

Figure 6

Predicted area and known geographic distribution (A) used to develop distributional models of Ancash (B), Ayacucho (C), Cusco (D), L. tacnae (E), and L. walkeri (F)

Figure 5.

First and second principal components (PC) and correspondence axes (CA) of morphometric (A) and meristic (B) data of Ancash, Ayacucho, Cusco, L. tacnae and L. walkeri respectively

Figure 9.

Lateral (A), dorsal (B), and ventral (C) views of the holotype of Liolaemus pachacutec sp. n.. (D) Habitat of L. pachacute

SupplementaryFile2

Examined museum specimens and locality data from L. alticolor, L. chavin, L. incaicus, L. pachacutec, L. walkeri and L. wari

Figure 8.

Dorsal (A) and ventral (B) views of the holotype of Liolaemus chavin sp. n. (C) Type locality

Figure 1.

Concatenated maximum likelihood (-Log L = 8452.31415) tree based on cyt-b and 12S haplotypes of focal taxa (Ancash, Ayacucho Cusco) and species assigned to the alticolor group and outgroups. Bootstrap ≥ 70 (*) and posterior probabilities values are shown above and below branches respectively

Figure 2.

Detailed view of the cloaca region showing absence (A, D) or presence (B, C, E) of precloacal pores: (A) Ancash, (B) Ayacucho, (C) Cusco, (D) L. tacnae, and (E) L. walkeri