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. Author manuscript; available in PMC: 2008 Sep 16.
Published in final edited form as: Mol Ecol. 2006 Apr;15(5):1213–1227. doi: 10.1111/j.1365-294X.2006.02775.x

Table 2.

Candidate genes tested for fitness associations in BC2Ann and BC2Pet populations grown in the Helianthus deserticola habitat

Sequence name Arabidopsis hit Description Potential function LG Pop. d.f. F Fitness effect
QHB33B18 At2g40140 CCCH-type zinc finger protein-related Signalling/Gene regulation LG03 BC2Ann
BC2Pet
4
5
0.635
1.729
NS
NS
QHB19I06 At4g17880 bHLH protein family Signalling/Gene regulation LG05 BC2Ann
BC2Pet
7
8
1.610
0.995
NS
NS
QHB21B01 At3g13050 transporter - related Transport LG10 BC2Ann
BC2Pet
5
1.321
NS
NA
QHB29A11 At1g53190 zinc finger (C3HC4-type RING finger) protein family Signalling/Gene regulation LG12 BC2Ann
BC2Pet
3
2
1.198
0.329
NS
NS
QHB30N12 At5g65280 G protein-coupled receptor-related protein Signalling/Gene regulation LG14 BC2Ann
BC2Pet
3
4
4.122
1.483
P = 0.007*
NS

Sequence names, corresponding Arabidopsis hit gene name, description of gene function, potential function in sunflower, and linkage group location (LG) are given for all five genes. Degrees of freedom (DF), F value, and fitness effect in both the BC2Ann and BC2Pet populations based on one-way ANOVAs are given for each gene.

*

P < 0.05 after correction for multiple tests.

NS, not significant after correction for multiple tests.

NA, data not available for BC2Pet population.