Appendix 10 in A new bat species of the genus Myotis with comments on the phylogenetic placement of M. keaysi and M. pilosatibialis

Appendix 10. Molecular synapomorphies of Myotis armiensis sp. n., as revealed by maximum-parsimony (MP) analysis of thyrotropin (THY, n = 475 bp). Molecular transformations were optimized on a 50 % majority-rule consensus tree of the most parsimonious tree (138 steps; [CI] = 0.906) resulting from the MP analysis of thyrotropin. 7 fixed derived characters states were found in the newly identified lineage. Of these, 6, which are indicated by asterisk, have not evolved independently in any other species of New World Myotis. Only one has appeared secondarily in at least one species of New World Myotis. Nucleotide posi- tionCharacter state in M. armiensis sp. n.Characters Consis- tency Index1161*G1.0003220*G1.0002235*G1.0004277*T1.0005315*C1.0006350*G1.0007373C0.500附录10 新种阿尔米鼠耳蝠（Myotis armiensis sp. n.）的分子共有衍征——基于促甲状腺素基因（THY，片段长度n=475碱基对）的最大简约法（MP）分析结果。基于促甲状腺素基因的最大简约分析得到最简约树（步长138，一致性指数[CI]=0.906），并以该树构建50%多数规则一致树，分子演化转变在该一致树上进行优化。在新鉴定的支系中共发现7个固定衍征状态。其中6个带有星号标记的衍征，在新大陆鼠耳蝠属的其他任何物种中均未独立演化出现；仅1个衍征在至少一种新大陆鼠耳蝠属物种中发生了次生演化。 以下为该新种的分子性状详情： 1. 核苷酸位点116，性状状态*G，性状编号1，一致性指数1.000 2. 核苷酸位点322，性状状态*G，性状编号2，一致性指数1.000 3. 核苷酸位点235，性状状态*G，性状编号3，一致性指数1.000 4. 核苷酸位点277，性状状态*T，性状编号4，一致性指数1.000 5. 核苷酸位点315，性状状态*C，性状编号5，一致性指数1.000 6. 核苷酸位点350，性状状态*G，性状编号6，一致性指数1.000 7. 核苷酸位点373，性状状态C，性状编号7，一致性指数0.500