SNP Profiles of GU 125 /C   View Data

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 Key

 1 2 3 4 5 6 7 8 9 10 11 12 13 14
_Input profile
AACCCCGGGGCCCCCCCCGGTTCCTTAA
1._GC-01-138-7-17
AACCCCGGGGCCCCCCCCGGTTCCTTAA
2._GC-01-138-7-17
AACCCCGGGGCCCCCCCCGGTTCCTTAA
3._GC-01-138-7-17
AACCCCGGGGCCCCCCCCGGTTCCTTAA
4._GC-01-138-7-17
__CCCCGGGGCCCCCCCCGGTTCCTTAA
5._GC-01-138-7-17
AACCCCGGGGCCCCCCCCGGTTCCTT__
6._GU_125_/C
AACCCC________CCCCGG__CC____
7._GU_125_/C
AACCCC________CCCCGG__CC____
8._GU_125_/C
AACCCC________CCCCGG__CC____
9._GU_125_/C
AACCCC________CCCCGG__CC____
10._GU_125_/C
AACCCC________CCCCGG__CC____
11._GU_125_/C
AACCCC________CCCCGG__CC____
12._GU_125_/C
__CCCC________CCCCGG__CC____
13._RUQ_188
__CCAC____CC__CC____TTCC____
14._RUQ_188
AACCAC________CCCCGG__CC____
15._RUQ_188
AACCAC________CCCCGG__CC____
16._RUQ_188
____AC____CC________________
17._GC-01-138-7-17
AA__CCGGGG__GGGG__GGAAGGAATT
18._RUQ_188
AA__ACGGGG__GGGG__GGAAGGAATT
 15 16 17 18 19 20 21 22 23 24 25 26 27 28
_Input profile
CCGGGGCCGGTTAATTGGAAAACCGGAA
1._GC-01-138-7-17
CCGGGGCCGGTTAATTGGAAAACCGGAA
2._GC-01-138-7-17
CCGGGGCCGGTTAATTGGAAAACCGGAA
3._GC-01-138-7-17
CCGGGGCCGGTTAATTGGAAAACCGGAA
4._GC-01-138-7-17
CCGGGGCCGGTTAATTGGAAAACCGGAA
5._GC-01-138-7-17
CCGGGGCCGGTTAATTGGAAAACCGGAA
6._GU_125_/C
__GG____GG________AAAA__GGAA
7._GU_125_/C
__GG____GG________AAAA__GGAA
8._GU_125_/C
__GG____GG________AAAA__GGAA
9._GU_125_/C
__GG____GG________AAAA__GGAA
10._GU_125_/C
__GG____GG________AAAA__GGAA
11._GU_125_/C
__GG____GG________AAAA__GGAA
12._GU_125_/C
__GG____GG________AAAA__GGAA
13._RUQ_188
______CC________GG__AACCGG__
14._RUQ_188
__GG____GG________ATAA__GGAA
15._RUQ_188
__GG____GG________ATAA__GGAA
16._RUQ_188
__GGCT__________________GG__
17._GC-01-138-7-17
CCGGCC__GGAAAAAAGGAAAAGGCCAA
18._RUQ_188
CCGGCC__GGAGGGAAGGATAAGGCCAA
 29 30 31 32 33 34 35 36 37 38 39 40 41 42
_Input profile
TTTTGGCCCCGGTTGGGGGGCCGGCCGG
1._GC-01-138-7-17
TTTTGGCCCCGGTTGGGGGGCCGGCCGG
2._GC-01-138-7-17
TTTTGGCCCCGGTTGGGGGGCCGGCCGG
3._GC-01-138-7-17
TTTTGGCCCCGGTTGGGGGGCCGGCCGG
4._GC-01-138-7-17
TTTTGGCCCCGGTTGGGGGGCCGGCCGG
5._GC-01-138-7-17
TTTTGGCCCCGGTTGGGGGGCCGGCCGG
6._GU_125_/C
______CC__GGTT____GG________
7._GU_125_/C
______CC__GGTT____GG________
8._GU_125_/C
______CC__GGTT____GG________
9._GU_125_/C
______CC__GGTT____GG________
10._GU_125_/C
______CC__GGTT____GG________
11._GU_125_/C
______CC__GGTT____GG________
12._GU_125_/C
______CC__GGTT____GG________
13._RUQ_188
____GGCCCCAGTT____GGCC____GG
14._RUQ_188
______CC__AGTT____GG________
15._RUQ_188
______CC__AGGT____GG________
16._RUQ_188
______CC__AG________CC______
17._GC-01-138-7-17
AAAAGGCCCCGGAACCCCGGGGGGGGCC
18._RUQ_188
AAAAGGCCCCAGAACCCCGGGGGGGGCC
 43 44 45 46 47 48 49 50 51 52 53 54 55 56
_Input profile
TTTTAAGGAACCCCGGGGTTTTTTCCTT
1._GC-01-138-7-17
TTTTAAGGAACCCCGGGGTTTTTTCCTT
2._GC-01-138-7-17
TTTTAAGGAACCCCGGGGTTTTTTCCTT
3._GC-01-138-7-17
TTTTAAGGAACCCCGGGGTTTTTTCCTT
4._GC-01-138-7-17
TTTTAAGGAACCCCGGGGTTTTTTCCTT
5._GC-01-138-7-17
TTTTAAGGAACCCCGGGGTTTTTTCCTT
6._GU_125_/C
__TT__________________TTCC__
7._GU_125_/C
__TT__________________TTCC__
8._GU_125_/C
__TT__________________TTCC__
9._GU_125_/C
__TT__________________TTCC__
10._GU_125_/C
__TT__________________TTCC__
11._GU_125_/C
__TT__________________TTCC__
12._GU_125_/C
__TT__________________TTCC__
13._RUQ_188
TT____GG____________TTTT__TT
14._RUQ_188
__TT__________________TTCC__
15._RUQ_188
__TT__________________TTCC__
16._RUQ_188
______GG____________________
17._GC-01-138-7-17
__AA__GGAAGG__GGGGAAAAAAGGAA
18._RUQ_188
__AA__GGAAGG__GGGGAAAAAAGGAA
 57 58 59 60 61 62 63 64 65 66 67 68 69 70
_Input profile
GGCCCCCCAAGGGGAAGGGGAACCCCAA
1._GC-01-138-7-17
GGCCCCCCAAGGGGAAGGGGAACCCCAA
2._GC-01-138-7-17
GGCCCCCCAAGGGGAAGGGGAACCCCAA
3._GC-01-138-7-17
GGCCCCCCAAGGGGAAGGGGAACCCCAA
4._GC-01-138-7-17
GGCCCCCCAAGGGGAAGGGGAACCCCAA
5._GC-01-138-7-17
GGCCCCCCAAGGGGAAGGGGAACCCCAA
6._GU_125_/C
__CC__CCAAGG__AAGGGG______AA
7._GU_125_/C
__CC__CCAAGG__AAGGGG______AA
8._GU_125_/C
__CC__CCAAGG__AAGGGG______AA
9._GU_125_/C
__CC__CCAAGG__AAGGGG______AA
10._GU_125_/C
__CC__CCAAGG__AAGGGG______AA
11._GU_125_/C
__CC__CCAAGG__AAGGGG______AA
12._GU_125_/C
__CC__CCAAGG__AAGGGG______AA
13._RUQ_188
__CCCCCCAA__GGAAGGGGAA______
14._RUQ_188
__CC__CCAAGG__AAGGGG______AG
15._RUQ_188
__CC__CCAAGG__AAGGGG______AG
16._RUQ_188
GG____________AAGGGGAA____AG
17._GC-01-138-7-17
GGGGGGGGAAGGGGAAGGCCAA______
18._RUQ_188
GGGGGGGGAAGGGGAAGGCCAA______
 71 72 73 74 75 76 77 78 79 80 81 82 83 84
_Input profile
CCAAAGCCCCGGAACCCCTTAACCCCCC
1._GC-01-138-7-17
CCAAAGCCCCGGAACCCCTTAACCCCCC
2._GC-01-138-7-17
CCAAAGCCCCGGAACCCCTTAACCCCCC
3._GC-01-138-7-17
CCAAAGCCCCGGAACCCCTTAACCCCCC
4._GC-01-138-7-17
CCAAAGCCCCGGAACCCCTTAACCCCCC
5._GC-01-138-7-17
CCAAAGCCCCGGAACCCCTTAACCCCCC
6._GU_125_/C
CC__________AACC______CCCCCC
7._GU_125_/C
CC__________AACC______CCCCCC
8._GU_125_/C
CC__________AACC______CCCCCC
9._GU_125_/C
CC__________AACC______CCCCCC
10._GU_125_/C
CC__________AACC______CCCCCC
11._GU_125_/C
CC__________AACC______CCCCCC
12._GU_125_/C
CC__________AACC______CCCCCC
13._RUQ_188
____________AACG____AACC____
14._RUQ_188
CC__________AACG______CCCCCC
15._RUQ_188
CC__________AACG______CCCCCC
16._RUQ_188
____________AACG____AA____CC
17._GC-01-138-7-17
GGAAAGCCCC__AAGGGGTTAAGGGG__
18._RUQ_188
GGACAACCCC__AACGGGTTAAGGGG__
 85 86 87 88 89 90 91 92       
_Input profile
CCGGCCCCTTTTAAGGX_XX_XX_XX_XX_XX_X
1._GC-01-138-7-17
CCGGCCCCTTTTAAGGX_XX_XX_XX_XX_XX_X
2._GC-01-138-7-17
CCGGCCCCTTTTAAGGX_XX_XX_XX_XX_XX_X
3._GC-01-138-7-17
CCGGCCCCTTTTAAGGX_XX_XX_XX_XX_XX_X
4._GC-01-138-7-17
CCGGCCCCTTTTAAGGX_XX_XX_XX_XX_XX_X
5._GC-01-138-7-17
CCGGCCCCTTTTAAGGX_XX_XX_XX_XX_XX_X
6._GU_125_/C
__GG__CCTTTT____X_XX_XX_XX_XX_XX_X
7._GU_125_/C
__GG__CCTTTT____X_XX_XX_XX_XX_XX_X
8._GU_125_/C
__GG__CCTTTT____X_XX_XX_XX_XX_XX_X
9._GU_125_/C
__GG__CCTTTT____X_XX_XX_XX_XX_XX_X
10._GU_125_/C
__GG__CCTTTT____X_XX_XX_XX_XX_XX_X
11._GU_125_/C
__GG__CCTTTT____X_XX_XX_XX_XX_XX_X
12._GU_125_/C
__GG__CCTTTT____X_XX_XX_XX_XX_XX_X
13._RUQ_188
__GGCCCCTT______X_XX_XX_XX_XX_XX_X
14._RUQ_188
__GG__CCTTTT____X_XX_XX_XX_XX_XX_X
15._RUQ_188
__GG__CCTTTT____X_XX_XX_XX_XX_XX_X
16._RUQ_188
____CC__TT______X_XX_XX_XX_XX_XX_X
17._GC-01-138-7-17
GG____GGAAAATTGGX_XX_XX_XX_XX_XX_X
18._RUQ_188
GG____GGAAAATTGGX_XX_XX_XX_XX_XX_X

Input profile: GU_125_/C GC-01-138-7-17

 
Mars Center for Cocoa Science, Brazil
Location: Tree: 11
Notes: 11
 Mars, 2018

1._GU_125_/C GC-01-138-7-17

identical
92 shared markers

Mars Center for Cocoa Science, Brazil
Location: Tree: 10
Notes: 10 > FP2
 Mars, 2018

2._GU_125_/C GC-01-138-7-17

identical
92 shared markers

Mars Center for Cocoa Science, Brazil
Location: Tree: 4
Notes: 4 > FP3
 Mars, 2018

3._GU_125_/C GC-01-138-7-17

identical
92 shared markers

Mars Center for Cocoa Science, Brazil
Location: Tree: 3
Notes: 3
 Mars, 2018

4._GU_125_/C GC-01-138-7-17

identical
91 shared markers

Mars Center for Cocoa Science, Brazil
Location: Tree: 9
Notes: 9
 Mars, 2018

5._GU_125_/C GC-01-138-7-17

identical
91 shared markers

Mars Center for Cocoa Science, Brazil
Location: Tree: 1
Notes: 1 > FP1
 Mars, 2018

6._GU_125_/C

identical
38 shared markers

Mars Center for Cocoa Science, Brazil
Location: 1717 4 > FP
 Dapeng Zhang, 2016

7._GU_125_/C

identical
38 shared markers

Mars Center for Cocoa Science, Brazil
Location: 1717 10 > F
 Dapeng Zhang, 2016

8._GU_125_/C

identical
38 shared markers

Mars Center for Cocoa Science, Brazil
Location: 1717 1 > FP
 Dapeng Zhang, 2016

9._GU_125_/C

identical
38 shared markers

Mars Center for Cocoa Science, Brazil
Location: 1717 11
 Dapeng Zhang, 2016

10._GU_125_/C

identical
38 shared markers

Mars Center for Cocoa Science, Brazil
Location: 1717 3
 Dapeng Zhang, 2016

11._GU_125_/C

identical
38 shared markers

Cocoa Research Institute of Ghana (CRIG), Ghana
Location: Q6_EXT_2 20
 Dapeng Zhang, 2016

12._GU_125_/C

identical
37 shared markers

Mars Center for Cocoa Science, Brazil
Location: 1717 9
 Dapeng Zhang, 2016

13._GU_125_/C RUQ_188

96.3 %
41 shared markers

International Cocoa Quarantine Centre, Reading (ICQC,R), United Kingdom
 Dapeng Zhang, 2014

14._GU_125_/C RUQ_188

93.4 %
38 shared markers

International Cocoa Quarantine Centre, Reading (ICQC,R), United Kingdom
 Dapeng Zhang, 2016

15._GU_125_/C RUQ_188

92.1 %
38 shared markers

International Cocoa Quarantine Centre, Reading (ICQC,R), United Kingdom
 Dapeng Zhang, 2016

16._GU_125_/C RUQ_188

85.7 %
21 shared markers

International Cocoa Quarantine Centre, Reading (ICQC,R), United Kingdom
 Lambert Motilal, 2023
Population Assignment: 

17._GU_125_/C GC-01-138-7-17

48.7 %
78 shared markers

Mars Center for Cocoa Science, Brazil
Location: Field: 1, Block: 7, Rep: 17, Tree: 3
Notes: MCCS_Structure_refs_above_0.9membership
 Mars, 2018

18._GU_125_/C RUQ_188

44.9 %
78 shared markers

International Cocoa Quarantine Centre, Reading (ICQC,R), United Kingdom
Notes: Reading_Collection
 Mars, 2018

 


  Key to SNP Markers

1TcSNP1075 2TcSNP534 3TcSNP591 4TcSNP42 5TcSNP418
6TcSNP702 7TcSNP1096 8TcSNP1060 9TcSNP1165 10TcSNP429
11TcSNP75 12TcSNP891 13TcSNP122 14TcSNP316 15TcSNP521
16TcSNP1062 17TcSNP836 18TcSNP878 19TcSNP929 20TcSNP413
21TcSNP653 22TcSNP1149 23TcSNP174 24TcSNP32 25TcSNP372
26TcSNP448 27TcSNP872 28TcSNP953 29TcSNP1034 30TcSNP1175
31TcSNP1111 32TcSNP577 33TcSNP90 34TcSNP998 35TcSNP150
36TcSNP28 37TcSNP751 38TcSNP1484 39TcSNP602 40TcSNP561
41TcSNP894 42TcSNP1063 43TcSNP1126 44TcSNP1270 45TcSNP606
46TcSNP329 47TcSNP689 48TcSNP944 49TcSNP1242 50TcSNP1383
51TcSNP547 52TcSNP776 53TcSNP1309 54TcSNP151 55TcSNP1520
56TcSNP799 57TcSNP899 58TcSNP226 59TcSNP1439 60TcSNP1442
61TcSNP193 62TcSNP25 63TcSNP364 64TcSNP144 65TcSNP230
66TcSNP723 67TcSNP731 68TcSNP701 69TcSNP1041 70TcSNP645
71TcSNP917 72Tcm003s01336581 73Tcm003s07402719 74Tcm001s00947643 75Tcm006s26664133
76Tcm002s20575712 77TcSNP529 78TcSNP1458 79TcSNP60 80TcSNP430
81TcSNP823 82TcSNP619 83TcSNP994 84TcSNP1144 85TcSNP1156
86TcSNP469 87TcSNP999 88TcSNP242 89TcSNP1253 90TcSNP1414
91TcSNP154 92TcSNP240