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. 2014 Nov 18;9(11):e112998. doi: 10.1371/journal.pone.0112998

Table 3. Ranking and comparison of p-distances and differences in the four plastid genome pairs.

Pyrus Cymbidium Oenothera Olea
Rank Region Aligned length [bp] PICs (SNPs/Indels) p-distance [*10−3] Region Aligned length [bp] PICs (SNPs/Indels) p-distance [*10−3] Region Aligned length [bp] PICs (SNPs/Indels) p-distance [*10−3] Region Aligned length [bp] PICs (SNPs/Indels) p-distance [*10−3]
1 psbB–psbT 184 6 (5/1) 37.88 trnP–psaJ 366 6 (5/1) 14.04 ycf1–ndhF 381 15 (9/6) 36.73 trnG–trnR 170 5 (4/1) 23.81
2 psbI–trnS 149 4 (3/1) 22.06 ndhF–rpl32 259 4 (3/1) 13.04 psbJ–psbL 134 2 (2/0) 14.93 psbC–trnS 243 6 (5/1) 21.1
3 ndhC–trnV 760 24 (12/12) 20.34 trnK–rps16 613 17 (7/10) 12.15 rps4–trnT 332 5 (4/1) 12.16 trnR–atpA 112 3 (2/1) 18.02
4 trnR–atpA 909 20 (10/10) 13.61 psaJ–rpl33 629 8 (6/2) 9.93 trnG–trnfM 172 3 (2/1) 11.9 trnS–trnG 715 12 (10/2) 14.33
5 ndhF–rpl32 1078 20 (12/8) 11.41 rps19–psbA 345 4 (3/1) 8.7 ndhG–ndhI 408 5 (4/1) 9.9 accD–psaI 702 11 (10/1) 14.27
6 rpl36–rps8 459 5 (5/0) 10.89 rps19–trnH 122 1 (1/0) 8.2 accD–psaI 577 6 (5/1) 8.68 ycf15–trnL 354 5 (5/0) 14.12
7 trnK–rps16 974 9 (8/1) 8.38 petA–psbJ 635 6 (5/1) 7.9 trnQ–psbK 355 6 (3/3) 8.52 psbA–trnH 447 8 (6/2) 13.51
8 trnQ–rps16 905 10 (6/4) 8.3 ndhD–psaC 129 1 (1/0) 7.75 ndhF–rpl32 932 7 (7/0) 8.26 rps4–trnT 326 5 (4/1) 12.31
9 psbA–trnH 268 6 (2/4) 7.81 psbC–trnS 146 1 (1/0) 6.85 trnQ–accD 2615 23 (12/11) 5.59 trnG–trnM 174 2 (2/0) 11.49
10 trnL–trnF 403 4 (3/1) 7.59 rrn4.5–rrn5 168 1 (1/0) 5.95 rps12–clpP 397 4 (2/2) 5.13 psbB–psbT 186 2 (2/0) 10.75
11 ndhJ–ndhK 137 1 (1/0) 7.3 clpP intron 2 676 5 (4/1) 5.93 rps16–rbcL 976 8 (4/4) 5.06 trnT–psbD 1322 15 (14/1) 10.6
12 rpl14–rpl16 145 2 (1/1) 6.99 trnL–ccsA 180 1 (1/0) 5.56 atpI–rps2 216 1 (1/0) 4.63 trnK–rps16 899 12 (9/3) 10.06
13 trnD–trnY 448 4 (3/1) 6.79 ndhE–ndhG 185 1 (1/0) 5.41 rps2–rpoC2 219 2 (1/1) 4.59 rps2–rpoC2 209 4 (2/2) 9.66
14 psbM–trnD 1235 11 (8/3) 6.51 trnS–psbZ 230 1 (1/0) 4.35 trnP–psaJ 515 4 (2/2) 4.37 trnS–rps4 314 3 (3/0) 9.55
15 trnW–trnP 156 1 (1/0) 6.41 ndhG–ndhI 233 1 (1/0) 4.29 trnI–ycf2 462 2 (2/0) 4.33 psbN–psbH 105 1 (1/0) 9.52
16 rpl16 intron 1003 9 (6/3) 6.01 trnK–psbA 257 1 (1/0) 3.89 atpH–atpI 939 5 (4/1) 4.26 trnD–trnY 107 2 (1/1) 9.43
17 ycf4–cemA 526 3 (3/0) 5.7 trnS–rps4 287 1 (1/0) 3.48 trnK intron 5′ 249 2 (1/1) 4.03 psbM–trnD 657 7 (6/1) 9.15
18 rbcL–accD 569 6 (3/3) 5.33 rpl16 intron 1191 9 (4/5) 3.46 petN–psbM 926 3 (3/0) 3.24 trnQ–psbK 335 5 (3/2) 9.01
19 trnT–trnL 1241 8 (6/2) 4.94 trnT–trnL 610 4 (2/2) 3.36 psaA–ycf3 669 3 (2/1) 3.01 atpI–rps2 222 2 (2/0) 9.01
20 psaI–ycf4 413 4 (2/2) 4.89 atpI–rps2 300 1 (1/0) 3.33 trnS–psbZ 348 1 (1/0) 2.87 atpF intron 697 7 (6/1) 8.62
21 rps8–rpl14 207 2 (1/1) 4.83 psbB–psbT 323 1 (1/0) 3.1 trnK–rps16 758 4 (2/2) 2.67 petN–psbM 1171 12 (10/2) 8.62
22 rpl33–rps18 218 2 (1/1) 4.67 trnQ–psbK 348 1 (1/0) 2.87 petD intron 761 3 (2/1) 2.65 trnK–psbA 236 2 (2/0) 8.47
23 trnS–trnG 651 3 (3/0) 4.62 ycf4–cemA 728 3 (2/1) 2.75 trnS–trnG 788 2 (2/0) 2.54 ndhF–rpl32 479 4 (4/0) 8.37
24 rps16 intron 909 7 (4/3) 4.48 rps4–trnT 367 2 (1/1) 2.74 trnG intron 804 4 (2/2) 2.5 psbI–trnS 120 1 (1/0) 8.33
25 petD–rpoA 225 1 (1/0) 4.48 trnT–psbD 947 2 (2/0) 2.11 psaI–ycf4 412 5 (1/4) 2.45 petG–trnW 121 1 (1/0) 8.26
26 atpF–atpH 451 3 (2/1) 4.44 atpB–rbcL 960 3 (2/1) 2.11 psbE–petL 984 4 (2/2) 2.05 rps14–psaB 122 1 (1/0) 8.2
27 trnM–atpE 242 2 (1/1) 4.29 petN–trnD 1020 2 (2/0) 1.96 trnT–trnL 1114 4 (2/2) 1.89 psaA–ycf3 741 6 (6/0) 8.1
28 psaJ–rpl33 472 4 (2/2) 4.29 trnE–trnT 1216 3 (2/1) 1.68 trnT–psbD 1441 6 (2/4) 1.43 trnK intron 5′ 268 3 (2/1) 7.49
29 rpoB–trnC 1216 8 (5/3) 4.13 psaA–ycf3 638 1 (1/0) 1.57 ycf3 intron 2 720 1 (1/0) 1.39 rpl32–trnL 835 10 (6/4) 7.26
30 trnL intron 514 3 (2/1) 3.9 rpoB–trnC 1461 3 (2/1) 1.38 petB intron 775 4 (1/3) 1.34 ndhC–trnV 1119 12 (8/4) 7.24

The regions are sorted according to p-distances.