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Number of texture traits: | 25 |
Number of QTL / associations found: | 1,717 |
Number of chromosomes where QTL / associations are found: | 19 |
Chromosomes | Total χ2 | df | p-values | FDR * | Size of χ2 |
Chromosome X | 2063.63675 | 18 | 9e-41 | 1.005882e-40 | ![]() |
Chromosome 1 | 191330.96350 | 18 | 9e-41 | 1.005882e-40 | ![]() |
Chromosome 2 | 15359.96775 | 18 | 9e-41 | 1.005882e-40 | ![]() |
Chromosome 3 | 1041.86925 | 18 | 7.878078e-210 | 1.871044e-209 | ![]() |
Chromosome 4 | 1110.88500 | 18 | 1.356028e-224 | 3.680647e-224 | ![]() |
Chromosome 5 | 942.49525 | 18 | 1.341682e-188 | 2.549196e-188 | ![]() |
Chromosome 6 | 29.74050 | 18 | 0.04004707 | 4.227191e-02 | ![]() |
Chromosome 7 | 975.06675 | 18 | 1.488094e-195 | 3.141532e-195 | ![]() |
Chromosome 8 | 1369.86875 | 18 | 4.183565e-280 | 2.649591e-279 | ![]() |
Chromosome 9 | 1218.55825 | 18 | 1.180806e-247 | 4.487063e-247 | ![]() |
Chromosome 10 | 1369.86875 | 18 | 4.183565e-280 | 2.649591e-279 | ![]() |
Chromosome 11 | 2016.12675 | 18 | 9e-41 | 1.005882e-40 | ![]() |
Chromosome 12 | 1182.11375 | 18 | 7.597707e-240 | 2.405941e-239 | ![]() |
Chromosome 13 | 1369.86875 | 18 | 4.183565e-280 | 2.649591e-279 | ![]() |
Chromosome 14 | 1331.21100 | 18 | 8.25396e-272 | 3.920631e-271 | ![]() |
Chromosome 15 | 0.11025 | 18 | 0.998329325823115 | 9.983293e-01 | ![]() |
Chromosome 16 | 1699.04750 | 18 | 9e-41 | 1.005882e-40 | ![]() |
Chromosome 17 | 1571.45575 | 18 | 9e-41 | 1.005882e-40 | ![]() |
Chromosome 18 | 1655.96350 | 18 | 9e-41 | 1.005882e-40 | ![]() |
Traits | Total χ2 | df | p-values | FDR * | Size of χ2 |
Average instron (star probe) force | 107.08524 | 24 | 1.814099e-12 | 5.669059e-12 | |
Carcass temperature | 75.8971 | 24 | 2.703043e-07 | 5.198160e-07 | |
Connective tissue amount | 50.35907 | 24 | 0.001274301 | 1.517025e-03 | |
Cooking loss | 226.2122 | 24 | 8.124964e-35 | 4.062482e-34 | |
Cooking yield | 88.47824 | 24 | 2.570792e-09 | 5.842709e-09 | |
Cooling loss | 463.88249 | 24 | 5.107443e-83 | 1.276861e-81 | |
Drip loss | 341.34009 | 24 | 7.248778e-58 | 6.040648e-57 | |
Fiber type I myosin isoform percentage | 84.85001 | 24 | 1.008405e-08 | 2.100844e-08 | |
Fiber type II myosin isoform ratio | 8.53375 | 24 | 0.9984359 | 9.999974e-01 | |
Firmness | 63.60724 | 24 | 1.943821e-05 | 3.239702e-05 | |
Lactate / diameter of white fibers | 54.38711 | 24 | 0.0003783813 | 4.978701e-04 | |
Myofibril fragmentation index | 159.65155 | 24 | 5.223266e-22 | 2.176361e-21 | |
Number of white fibers | 54.38711 | 24 | 0.0003783813 | 4.978701e-04 | |
Pale, soft, and exudative meat | 52.22877 | 24 | 0.0007303925 | 9.129906e-04 | |
R-value | 55.29701 | 24 | 0.0002854387 | 4.459980e-04 | |
R-value / diameter of white fibers | 54.38711 | 24 | 0.0003783813 | 4.978701e-04 | |
Sarcomere length | 240.31856 | 24 | 1.358208e-37 | 8.488800e-37 | |
Shear firmness | 4.26688 | 24 | 0.9999974 | 9.999974e-01 | |
Shear force | 416.53953 | 24 | 2.997556e-73 | 3.746945e-72 | |
Shear force at first peak | 93.60076 | 24 | 3.625198e-10 | 9.062995e-10 | |
Tenderness score | 115.30502 | 24 | 6.59991e-14 | 2.357111e-13 | |
Thawing loss | 100.68658 | 24 | 2.293847e-11 | 6.371797e-11 | |
Total shear work | 47.36214 | 24 | 0.003024972 | 3.437468e-03 | |
Water holding capacity | 74.47582 | 24 | 4.500503e-07 | 8.036613e-07 | |
chew score | 37.02204 | 24 | 0.04353892 | 4.732491e-02 |
No correlation data found on these traits |
Data | ![]() |
Chi'Square Test | ![]() |
Fisher's Exact Test | |||
Number of chrom.: | 19 | χ2 | = | 227638.817750 | |||
Number of traits: | 25 | df | = | 432 | |||
Number of QTLs: | 1,717 | p-value | = | 0 |
FOOT NOTE: * : FDR is short for "false discovery rate", representing the expected proportion of type I errors. A type I error is where you incorrectly reject the null hypothesis, i.e. you get a false positive. It's statistical definition is FDR = E(V/R | R > 0) P(R > 0), where V = Number of Type I errors (false positives); R = Number of rejected hypotheses. Benjamini–Hochberg procedure is a practical way to estimate FDR.
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© 2003-2025:
USA · USDA · NRPSP8 · Program to Accelerate Animal Genomics Applications.
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