Basic HTML Version
Genomics and Applied Biology
25
Continuing table 1
No of bands
Sl. No.
SSR name
Total
Monomorphic
Polymorphic
Polymorphism
11
BNL3867
2
0
2
100
12
BNL116
4
1
3
75
13
14
BNL3511
BNL3031
8
0
2
0
6
0
75
0
15
BNL3085
0
0
0
0
16
BNL3569
0
0
0
0
17
BNL1421
7
2
5
71
18
BNL1495
5
2
3
60
19
BNL1521
7
3
4
57
20
BNL2655
10
3
7
70
21
BNL3145
10
2
8
80
22
BNL580
0
0
0
0
23
BNL542
0
0
0
0
24
BNL686
0
0
0
0
25
BNL3383
0
0
0
0
26
BNL1611
6
0
6
100
27
BNL1531
7
3
4
57
28
BNL2920
0
0
0
0
29
BNL2882
3
1
2
67
30
BNL1059
4
2
2
50
31
BNL3418
0
0
0
0
32
BNL3259
5
2
3
60
33
BNL1440
10
3
7
70
34
BNL3171
10
2
8
80
35
BNL3408
5
2
3
60
36
BNL3994
10
3
7
70
37
CIR246
4
2
2
50
38
CIR381
6
2
4
67
39
CIR070
0
0
0
0
40
CIR100
5
2
3
60
134
93
68.65
1.2 Molecular marker diversity among the parents
The similarity coefficients (Table 2) involved in the
line x tester study ranged from 57% to 96 %, with an
average of 81%. Among the parental lines, the lines
DB 533 × DB 534 F
4
IPS 8 and DB 533 × DB 534 F
4
IPS 1 showed highest similarity coefficient value
(96%). While, the lines DB 533 × DB 534 F
4
IPS 48
and DB 533 × DB 534 F
4
IPS 16 exhibited lowest
similarity coefficient value (57%). All the 32
genotypes showed diversity among themselves
indicating that there is a considerable amount of
variation, which can be exploited through appropriate
breeding programme.
The dendrogram constructed from the pooled data is
presented in Figure 2, revealed three distinct clusters.
One cluster involved testers and in other clusters all
barbadense lines were placed which are already
having proven record in giving good hybrids.
Genomics and Applied Biology