|
Unique genotypes
There were 307 unique genotypes identified using the parameters supplied. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 multipleMatch samples, which match two or more unique genotypes, should be manually reviewed. Please see supplementary documentation for more information Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |
Unique genotype compared against 307 samples, returning those with score>=0.95 Psib is calculated for samples that have no mismatches. Differences among samples are due to loci with missing data. |