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Table 4 Simulation results for probabilities of neofunctionalization of duplicate genes with different positive selection coefficients *

From: Recombination facilitates neofunctionalization of duplicate genes via originalization

s

DNR_LINK

DNR_FREE

HI_LINK

HI_FREE

Eq_1

Eq_2

10-6

0.0036

0.0036

0.004

0.0052

0.01

0.0004

10-5

0.004

0.0044

0.0054

0.0052

0.0109

0.004

2×10-5

0.003

0.0046

0.0048

0.0074

0.012

0.008

5×10-5

0.0054

0.0062

0.0066

0.0092

0.0157

0.0198

10-4

0.0104

0.008

0.0098

0.0186

0.0226

0.039

2×10-4

0.0156

0.0184

0.0206

0.037

0.0392

0.0762

5×10-4

0.0444

0.067

0.0566

0.1174

0.0909

0.1774

10-3

0.0778

0.1602

0.1338

0.6564

0.16667

0.3177

2×10-3

0.1604

0.339

0.244

0.9198

0.2857

0.5212

5×10-3

0.3502

0.6584

0.486

0.9872

0.5

0.8161

0.01

0.5412

0.8628

0.6986

0.9958

0.6667

0.9549

0.02

0.752

0.976

0.8848

0.9982

0.8

0.9963

0.05

0.8356

0.9988

0.989

1

0.9091

1

0.1

0.926

0.9998

0.9986

1

0.9524

1

  1. * Other genetic parameters are μneo = 10-6, μnon = 10-4, and N = 5000. Simulation repeats 5000 times. DNR_LINK and DNR_FREE are simulation results on linked and unlinked duplicated loci under the DNR selective model, respectively; HI_LINK and HI_FREE are simulation results on linked and unlinked duplicated loci under the HI selective model, respectively; Eq_1 and Eq_2 are predictions from Equation 1 and 2 of Walsh (1995), respectively.