RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
Combining pedigree & genomic information to improve prediction quality: an example in sorghum. https://t.co/LedSwXydKF
RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
RT @EmmaOmics: Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of comple…
Our new paper showing that the combination of pedigree and genomic relatedness can be used to optimise predictions of complex traits in crops, using sorghum as an example. @SorgGuy @QAAFI #Biometris #Wageningen https://t.co/FgWsKl6zZP https://t.co/gfPTcYXg