and a total of 108
alleles were detected, ranging from eight (locus CD37) to 25 (locus
21D9), with an average of 13.5 alleles per locus. At population level
(Table 1), the mean number of alleles per locus (A) ranged from
3.875 in populations HEL and BRU1 to 7 in population LIT2
(Table 1). Exclusive alleles were found for most populations, albeit
in low numbers (ranging from one to four; Table 1). The lowest
value of expected heterozygosity was found for the population
HEL (He = 0.412), whereas the highest value corresponded to the
population LIT2 (He = 0.694; Table 1). Therefore, C. heldreichii was
the least variable of all the species studied (A = 3.875;
He = 0.412), whereas C. litochorea showed the greatest genetic
diversity (A = 6.938, He = 0.655; Table 1).
and a total of 108alleles were detected, ranging from eight (locus CD37) to 25 (locus21D9), with an average of 13.5 alleles per locus. At population level(Table 1), the mean number of alleles per locus (A) ranged from3.875 in populations HEL and BRU1 to 7 in population LIT2(Table 1). Exclusive alleles were found for most populations, albeitin low numbers (ranging from one to four; Table 1). The lowestvalue of expected heterozygosity was found for the populationHEL (He = 0.412), whereas the highest value corresponded to thepopulation LIT2 (He = 0.694; Table 1). Therefore, C. heldreichii wasthe least variable of all the species studied (A = 3.875;He = 0.412), whereas C. litochorea showed the greatest geneticdiversity (A = 6.938, He = 0.655; Table 1).
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