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Unique genotypes
There were 100 unique genotypes identified using the parameters supplied. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 148 samples, returning those with score>=0.85 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |