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. 2005 Sep;171(1):407–413. doi: 10.1534/genetics.104.039024

TABLE 2.

Linear approximation of the transformation of x1, x2, x3, x4, x5 near 0 in the diplo-diploid model

graphic file with name M55.gif
graphic file with name M56.gif
graphic file with name M57.gif
graphic file with name M58.gif
graphic file with name M59.gif
graphic file with name M60.gif
graphic file with name M61.gif
graphic file with name M62.gif
graphic file with name M63.gif
graphic file with name M64.gif
graphic file with name M65.gif
graphic file with name M66.gif
graphic file with name M67.gif
graphic file with name M68.gif
graphic file with name M69.gif
graphic file with name M70.gif
graphic file with name M71.gif
graphic file with name M72.gif
graphic file with name M73.gif
graphic file with name M74.gif
graphic file with name M75.gif
graphic file with name M76.gif
graphic file with name M77.gif
graphic file with name M78.gif
graphic file with name M79.gif
graphic file with name M80.gif
graphic file with name M81.gif
graphic file with name M82.gif
graphic file with name M83.gif
graphic file with name M84.gif
graphic file with name M85.gif
graphic file with name M86.gif
graphic file with name M87.gif

Nonnull entries are shown of the matrix M and its derivative Inline graphic and left and right positive eigenvectors, y and z, associated to the eigenvalue 1 of M, using the notation cij = uiju22, dij = vijv22, Inline graphic with Inline graphic, h0 = rβ0v22, and the quantities r and β0 as defined in the text.