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Inheritance for seven enzyme loci was determined in seeds produced from crosses and self-pollinations involving four sour cherry parents and one open-pollinated ground cherry  (P. fruticosa  Pall.) parent. Segregation data were used to identify allozymes and determine whether sour cherry is a naturally occurring allo- or autotetraploid. Three allozymes were identified at the  6-Pgd-1  locus, and two were identified at each of the following loci:  Pgi-2, Lap-1, Adh-1, Idh-2, Pgm-2,  and  6-Pgd-2.  Segregating allozyme patterns for the diagnostic loci  Idh-2, Pgm-2, 6-Pgd-1,  and  6-Pgd-2  tit disomic inheritance models and thus confirmed the allotetraploid hypothesis for sour cherry. Chi-square tests of independence between loci indicated that  Pgi-2, Adh-1, Idh-2, 6-Pgd-1,  and  6-Pgd-2  were not linked.

Allozyme Inheritance in Tetraploid Sour Cherry (Prunus cerasus L.)