Table 2.

The Zrt and Irt -like protein (ZIP) family genes and bZIP genes identified in the P. vulgaris genome.

Sequence ID	Gene	Chrom	Pos ition	Homology to A. thaliana		Homology to M. truncatula
Phvulv091010812m	PvZIP1	Chr01	3,442,406	ATZIP4_Zinc transporter 4	3E-63	ZIP-like zinc transporter -Medtr1g016120.1	4E-145
Phvulv091015745m	PvZIP2	Chr01	49,770,995	ATZIP4_Zinc transporter 4	0	Zinc transporter 5 -Medtr3g082050.1	4E-21
Phvulv091015614m	PvZIP3	Chr01	49,839,431	ZIP3_Zinc transporter 3	4E-37	Zinc transporter 5 -Medtr3g082050.4	2E-22
Phvulv091019402m	PvZIP4	Chr02	33,735,220	IAR1_ZIP metal ion transporter	9.5E-42	Zinc transporter 5
Phvulv091012034m	PvZIP5	Chr05	5,645,010	ZIP1_Zinc transporter 1	3E-156	Zinc transporter - Medtr3g082050.3	2E-109
Phvulv091029608m	PvZIP6	Chr05	37,426,497	ZIP2_ZRT/IRT-like protein 2	2.1E-46	Iron regulated transporter -Medtr2g097580.1	5E-99
Phvulv091029689m	PvZIP7	Chr05	37,431,839	ZIP2_ZRT/IRT-like protein 2	2E-43	Iron regulated transporter -Medtr2g097580.1	2E-161
Phvulv091029664m	PvZIP8	Chr05	37,715,863	ZTP29_ZIP metal ion transporter	6.5E-23	Zinc transporter 5 -Medtr4g065640.1	2E-130
Phvulv091026664m	PvZIP9	Chr06	200,959	ZIP5_Zinc transporter 5	1E-132	Zinc transporter -Medtr3g082050.1	1E-150
Phvulv091009317m	PvZIP10	Chr06	1,033,953	ZIP5_Zinc transporter 5	4E-130	Zinc transporter -Medtr3g082050.1	4E-44
Phvulv091009315m	PvZIP11	Chr06	1,040,964	ZIP5_Zinc transporter 5	1E-129	Zinc transporter zupT -Medtr3g082050.1	7E-147
Phvulv091018095m	PvZIP12	Chr06	17,174,396	ZIP11_Zinc transporter 11	5.7E-52	Zinc transporter 5 -Medtr2g097580.1	3E-113
Phvulv091002113m	PvZIP13	Chr06	18,954,219	ATZIP6_ZIP metal ion transporter	1.5E-56	Zinc transporter 5 -Medtr5g071990.1	7E-141
Phvulv091007436m	PvZIP14	Chr08	7,634,926	ZIP metal ion transporter family	1.2E-14	Zinc transporter 5 -Medtr7g074060.1	0
Phvulv091022274m	PvZIP15	Chr08	57,181,509	ATZIP6_ZIP metal ion transporter	2E-158	Zinc transporter -Medtr5g071990.1	2E-139
Phvulv091004709m	PvZIP16	Chr08	59,351,699	ZIP1_Zinc transporter 1	3.2E-33	Zinc transporter 6-Medtr3g082050.3	7E-91
Phvulv091010505m	PvZIP17	Chr10	9,817,594	ZIP metal ion transporter family	0	ZIP transporter -Medtr7g074060.1	0
Phvulv091003125m	PvZIP18	Chr11	5,071,268	ZTP29_ZIP metal ion transporter	1.3E-20	Zinc transporter 6, -Medtr4g065640.1	3E-124
Phvulv091030363m	PvZIP19	Chr02	19,642,824	ZIP10_Zinc transporter 10	1E-102	Zinc transporter	3E-174
Phvulv091011372m	PvIRT1	Chr03	49,001,506	IRT1_Iron-regulated transporter 1	4E-126	Zinc transporter	3E-169
Phvulv091011626m	PvIRT2	Chr03	49,013,793	IRT1_Iron-regulated transporter 1	5E-112	Zinc/iron permease-Medtr8g105030.1	6E-129
Phvulv091000876m	PvIRT3	Chr09	12,670,278	ATIRT3_Iron regulated transporter 3	2.2E-68	ZIP transporter - Medtr3g 104400.1	2E-131
Phvulv091000875m	PvIRT4	Chr09	12,670,315	ATIRT3_Iron regulated transporter 3	9.5E-42	Zinc transporter 4—Medtr4g083570.1	3E-174
Phvulv091018638m	bZIP1	Chr05	3,213,447	bZIP23—transcription factor family	7E-49	Basic leucine zipper—Medtr4g073100.1
Phvulv091015330m	bZIP2	Chr11	3,134,797	bZIP19—transcription factor family	1E-109	Basic leucine zipper—Medtr4g073100.1	5E-57
Phvulv091015414m	bZIP3	Chr11	3,709,270	bZIP44 | basic leucine-zipper 44	2E-52	bZIP transcription factor—Medtr4g070860.1	4E-71

Chromosome and position in base pairs indicate the location of each gene. Their respective homologs in A. thaliana and M. truncatula are shown. The program tBlastn was used to compare the A. thaliana ZIP genes against the bean genome. Homology was based on E–¹⁰