Table 4.
Gene | Base No. | Change | Sanger confirmation | Nucleotide substitution | Amino acid substitution | Sanger confirmation on M 4 | Nucleotide substitution in progeny 1 | Script confirmation 2 |
---|---|---|---|---|---|---|---|---|
ALS-1 | 119 | C > T | Yes | Heterozygous | A/V | Yes | 2 homozygous | Yes++ |
ALS-1 | 140 | C > T | No | N/A | P/L | N/A | N/A | No |
CLE | 89 | G > A | Yes | Heterozygous | G/D | Yes | 3 heterozygous | Yes+++ |
CLE | 94 | G > A | Yes | Heterozygous | E/K | Yes | 1 homozygous, 1 heterozygous | No |
CLE | 134 | G > A | Yes | Heterozygous | R/H | Yes | 1 homozygous | Yes+++ |
ALS-2 | 26 | G > A | No | N/A | G/E | N/A | N/A | No |
ALS-2 | 43 | G > A | Yes | Heterozygous | E/K | Yes | 2 homozygous | No |
ALS-2 | 100 | G > A | No | N/A | E/K | N/A | N/A | No |
ALS-2 | 161 | C > T | Yes | Heterozygous | A/V | Yes | 2 homozygous | Yes+++ |
ALS-2 | 161 | C > T | Yes | Homozygous | A/V | Yes | 2 homozygous | Yes+ |
UGT | 27 | C > T | No | N/A | P/S | N/A | N/A | No |
UGT | 33 | C > T | No | N/A | H/Y | N/A | N/A | No |
UGT | 81 | C > T | Yes | Homozygous | L/F | Yes | 3 homozygous | Yes+++ |
UGT | 99 | G > A* | Yes | Heterozygous | E/STOP | Yes | 3 heterozygous | N/A |
UGT | 99 | G > A* | Yes | Heterozygous | E/STOP | Yes | 2 heterozygous | N/A |
UGT | 184 | G > A | Yes | Heterozygous | G/E | Yes | 1 homozygous, 1heterozygous | No |
*Mutation was found by looking at intersecting pools with frequencies below the set threshold.
1Six individuals from progeny examined per mutation.
2The frequencies of the variants were used to run a Phyton script which automatically detects the source individual bearing the mutation (Additional file 8). Parameters used in the script were: 2 lower SD cutoff, 10 upper SD cutoff, 1 min. pools. N/A rows were not picked by the script since they were found by a different methodology. The confirmed points by the script had confidence intervals of: +75%, ++85% and +++99%.
Mutations on position 161 on ALS-2 and 99 on UGT were found in two different individuals.