. 2006 Feb;172(2):1191–1198. doi: 10.1534/genetics.105.049395

TABLE 2.

S-haplotypes of successful pollen types from interspecific crosses between sweet cherry and sour cherry selections

		Possible sour cherry pollen types
Parents (S-genotype)^a	No. of progeny	Successful	Not detected
Gold (S₃S₆) × RS (S₆S_13′S₂₆S_a)	13	S_13′ S₂₆, S_13′S_a	^b
Gold (S₃S₆) × EB (S₄S_6mS_aS_null)	14	S₄S_a, S₄S_null, S_aS_null	S_6mS_a, S_6mS_null, S₄S_6m
Gold (S₃S₆) × Cigány (S_6m2S₉S₂₆S_a)	40	S₉S_a, S₉S₂₆, S₂₆S_a	S_6m2S_a, S_6m2S₂₆, S_6m2S₉
Gold (S₃S₆) × Mont (S₆S_13′S_aS_null)	15	S_13′S_null, S_13′S_a, S_aS_null	S₆S_null, S₆S_a, S₆S_1′
EF (S₃S₄) × Sure (S₄S_13′S_aS_null)	37	S_13′S_null, S_13′S_a, S_aS_null	S₄S_null, S₄S_a, S₄S_13′
EF (S₃S₄) × UF (S_1′S₄S_dS_null)	40	S_1′S_null, S_1′S_d, S_dS_null	S₄S_null, S₄S_d, S_1′S₄
EF (S₃S₄) × EB (S₄S_6mS_aS_null)	20	S_6mS_null, S_6mS_a, S_aS_null	S₄S_null, S₄S_a, S₄S_6m

The S-haplotypes being tested are underlined.

The S₂₆S_a gamete type is rare, resulting in only 3% of the progeny in a fully compatible cross (see supplemental Figure 1 at http://www.genetics.org/supplemental/).