Titlebook: Biometrical Genetics; The Study of Continu Kenneth Mather,John L. Jinks Book 1982Latest edition K. Mather and J. L. Jinks 1982 Heterosis.de

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https://doi.org/10.1007/978-1-4899-3406-2Heterosis; development; evolution; genes; genetics; theory of evolution

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Daniel Claeser,Dennis Felske,Samantha Kenttable nature, are recognizable between individuals. A great variety of characters is known to show heritable variation and as our knowledge of the properties of living organisms grows, the list of their characters having heritable variations grows with it. Gene and chromosome behaviour, cell shape a

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Language Technology for Cultural Heritageeles (A and a). The effect of the gene difference on the phenotype can be described by two parameters and specified completely if the values of these two parameters are known. In the system adopted by Fisher ..(1932) and Mather (1949a) one parameter (.) is used to represent the phenotypic difference

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https://doi.org/10.1007/978-3-642-20227-8sed to give a complete description of the differences among phenotypes. Four of these are the .s and .s appropriate to the two genes, i.e. .., .., .. and ... The other four may then be derived conveniently to correspond to the interaction comparisons between non-allelic genes. The distribution of th

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Martin Volk,Lenz Furrer,Rico Sennrichee statistics can be put in the genetical analysis of continuous variation. We must now turn to consider the constitution of the second degree statistics, the variances and covariances that can be calculated from the families raised in genetical experiments, and the information that they yield. In d

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Martin Volk,Lenz Furrer,Rico Sennrich at the various loci are independent in both action and inheritance. Independence in action means, of course, that the increment added to the character in question by the substitution of one allele for another at a given locus is uninfluenced by the remaining genes under consideration. Independence