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Simulation of quantitative characters from qualitatively acting genes part 2 orthogonal subdivision of hereditary variance in 2 locus genetic systems


, : Simulation of quantitative characters from qualitatively acting genes part 2 orthogonal subdivision of hereditary variance in 2 locus genetic systems. Theoretical and Applied Genetics 42(3): 119-124


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Jana, S., 1972: Simulation of quantitative characters from qualitatively acting genes : II. Orthogonal subdivision of hereditary variance in two-locus genetic systems. "The phenotypes associated with the nine genotypes in a quantitative genetic system consisting of two loci, each having two alleles can be described in terms of nine parameters, giving a system of nine linear equations. Populations with desir...

Jana, S., 1971: Simulation of quantitative characters from qualitatively acting genes part 1 nonallelic gene interactions involving 2 or 3 loci. Theoretical and Applied Genetics 41(5): 216-226

Jana, S., 1971: Simulation of quantitative characters from qualitatively acting genes. Quantitative genetic systems may be simulated using a linear combination model. In diploids, 3n genotypes are obtained by all combinations of alleles at n segregating loci, each with two alleles. Phenotypes associated with these 3n genotypes are d...

Lee, J.; Kaltsikes, P.J., 1972: A note on Jana's paper: Simulation of quantitative characters from qualitatively acting genes. Genetic parameters are estimated using the weighted least squares approach, and the advantages of this method are pointed out. A general purpose weighted/unweighted least squares analysis computer program is available.

Jana, S., 1971: Simulation of quantitative characters from qualitatively acting genes : I. Nonallelic gene interactions involving two or three loci. The phenotypic values associated with the 3ngenotypes obtained from all combinations of genes at n segregating loci, each with two alieles, can be completely described in terms of 3" parameters, 3n _ 1 Of which are attributed to the genetic e...

Saio, K., 1965: The expression by means of a stochastic model of genetic structures of quantitative characters and its extension. Part 3. Genetic variance and genetic covariance where linkage exists. Partitioning of genetic variance and covariance is described and formulae are derived. The results indicate that genetic random variables and random variables of dominance deviations are not correlated. F.

Jana, S.; Seyffert, W., 1971: Simulation of quantitative characters by genes with biochemically definable action part 3 the components of genetic effects in the inheritance of antho cyanins in matthiola incana d. Theoretical and Applied Genetics 4(8): 329-337

Park, Y.C., 1977: Theory for the number of genes affecting quantitative characters part 1 estimation of and variance of the estimation of gene number for quantitative traits controlled by additive genes having equal effect. A general expression for gene number estimation which encompasses the conventional formula was derived. It provides a basis for gene number estimation from the data on recurrent selection experiments that are not of sufficient duration to measure...

Claudio Jobet, F.; Patricio Barriga, B., 1988: Genetic variance of yield and other quantitative characters in a population of maize. I. Estimation of the components of variance and heritability. Genetic variance and narrow-sense heritability were calculated for 5 quantitative characters in 196 progenies of half-sib families taken from a sample of a population (Pinguino) which had been subjected to 7 cycles of mass selection. Narrow-sense...

Seyffert, W., 1971: Simulation of quantitative characters by genes with biochemically definable action part 2 the material. Theoretical and Applied Genetics 41(7): 285-291