Genome-wide association study of rust traits in orchardgrass using SLAF-seq technology

Hereditas

Table 2 Bioinformatics analysis of candidate genes

SLAF marker	E_value	Nearest gene	Predict Function
Marker10747	5.00E-18	Cytochrome P450	Resist pathogenic bacterial
Marker11029	2.00E-12	Cytochrome P450	Resist pathogenic bacterial
Marker13729^a	2.00E-17	Cytochrome P450	Resist pathogenic bacterial
Marker1700^a	5.00E-13	Cytochrome P450	Resist pathogenic bacterial
Marker3124	5.00E-18	Cytochrome P450	Resist pathogenic bacterial
Marker33680	5.00E-18	Cytochrome P450	Resist pathogenic bacterial
Marker40081	2.00E-11	Cytochrome P450	Resist pathogenic bacterial
Marker4015	2.00E-27	Cytochrome P450	Resist pathogenic bacterial
Marker4728	2.00E-27	Cytochrome P450	Resist pathogenic bacterial
Marker5389	1.00E-08	Cytochrome P450	Resist pathogenic bacterial
Marker12565	6.00E-22	Pc68LrkC4	Activate chemical reactions
Marker2312943	8.00E-16	Pc68LrkC4	Activate chemical reactions
Marker2649	1.00E-24	Prolamin gene	Regulate stripe rust resistance
Marker10408^a	1.00E-08	Prolamin gene	Regulate stripe rust resistance
Marker21044	8.00E-21	TaCab1	Regulate stripe rust resistance

ISSN: 1601-5223