Skip to main content
. 2021 Jul 21;89(7):458–471. doi: 10.1007/s00239-021-10017-1

Table 2.

Likelihood and omega values estimated under two ratio branch model of selective pressures on tooth-related genes

Models and special branches ω − ln L np Models comparison 2Δ (ln L) P-value
AMBN
 A. All branches have one ω 0.459 22,143.52 124
 B. All branches have one ω = 1 1 22,429.33 123 B vs A 571.622 0
 C. The terminal branch of Orycteropus afer afer with pseudogenized AMBN has ω2, others have ω1 ω1 = 0.454 ω2 = 0.894 22,140.4 125 A vs C 6.224 0.013
 D. The terminal branch of Orycteropus afer afer with pseudogenized AMBN has ω2 = 1, others have ω1 ω1 = 0.454 ω2 = 1 22,140.48 124 D vs C 0.156 0.693
 E. The ancestral branch of Pholidota has ω2, others have ω1 ω1 = 0.450 ω2 = 1.009 22,136.21 125 A vs E 14.618  < 0.001
 F. The ancestral branch of Pholidota has ω2 = 1, others have ω1 ω1 = 0.450 ω2 = 1 22,136.21 124 F vs E 0.002 0.964
ENAM
 A. All branches have one ω 0.472 64,566.98 128
 B. All branches have one ω = 1 1 65,277.19 127 B vs A 1420.43 0
 C. The terminal branch of Manis javanica with pseudogenized ENAM has ω2, others have ω1 ω1 = 0.470 ω2 = 1.034 64,563.42 129 A vs C 7.112 0.008
 D. The terminal branch of Manis javanica with pseudogenized ENAM has ω2 = 1, others have ω1 ω1 = 0.470 ω2 = 1 64,563.43 128 D vs C 0.01 0.92
 E. The ancestral branch of Pholidota has ω2, others have ω1 ω1 = 0.468 ω2 = 0.806 64,561.14 129 A vs E 11.67  < 0.001
 F. The ancestral branch of Pholidota has ω2 = 1, others have ω1 ω1 = 0.468 ω2 = 1 64,561.98 128 F vs E 1.674 0.196
 G.The terminal branch of Choloepus hoffmanni with pseudogenized ENAM has ω2, others have ω1 ω1 = 0.469 ω2 = 0.914 64,562.17 129 A vs G 9.61 0.002
 H. The terminal branch of Choloepus hoffmanni with pseudogenized ENAM has ω2 = 1, others have ω1 ω1 = 0.469 ω2 = 1 64,562.25 128 H vs G 0.154 0.695
 I. The terminal branch of Dasypus novemcinctuswith pseudogenized ENAM has ω2, others have ω1 ω1 = 0.468 ω2 = 0.743 64,562.4 129 A vs I 9.162 0.002
 J. The terminal branch of Dasypus novemcinctus with pseudogenized ENAM has ω2 = 1, others have ω1 ω1 = 0.467 ω2 = 1 64,564.07 128 J vs I 3.346 0.067
MMP20
 A. All branches have one ω 0.18 20,392.24 128
 B. All branches have one ω = 1 1 21,668.04 127 B vs A 2551.59 0
 C. The terminal branch of Manis javanica with pseudogenized MMP20 has ω2, others have ω1 ω1 = 0.179 ω2 = 0.864 20,388.99 129 A vs C 6.502 0.011
 D. The terminal branch of Manis javanica with pseudogenized MMP20 has ω2 = 1, others have ω1 ω1 = 0.179 ω2 = 1 20,389.01 128 D vs C 0.043 0.836
 E. The ancestral branch of Pholidota has ω2, others have ω1 ω1 = 0.174 ω2 = 0.966 20,372.19 129 A vs E 40.104  < 0.001
 F. The ancestral branch of Pholidota has ω2 = 1, others have ω1 ω1 = 0.174 ω2 = 1 20,372.2 128 F vs E 0.012 0.913
DSPP
 A. All branches have one ω 0.385 58,713.76 114
 B. All branches have one ω = 1 1 59,730.58 113 B vs A 2033.64 0
 C. The terminal branch of Dasypus novemcinctus with pseudogenized DSPP has ω2, others have ω1 ω1 = 0.380 ω2 = 0.771 58,702.61 115 A vs C 22.298  < 0.001
 D. The terminal branch of Dasypus novemcinctus with pseudogenized DSPP has ω2 = 1, others have ω1 ω1 = 0.380 ω2 = 1 58,704.01 114 D vs C 2.786 0.095