SUPPORTING INFORMATION
For
The Magnesium Transporter 5 Plays an Important Role in
Mg Transport for Male Gametophyte Development in
Arabidopsis
Xiao-Feng Xu, Bo Wang, Yue Lou, Wen-Jian Han, Jie-Yang Lu, Dan-Dan Li,
Le-Gong Li, Jian Zhu*, Zhong-NanYang*
*To whom correspondence should be addressed. E-mail: znyang@shnu.edu.cn
(ZN.Y); zhujian1@tongji.edu.cn (Z.J).
This file including
Table S2. Transmission efficiency of the heterozygous mutant of mgt5 and
identification of MGT5+/- progeny via self-pollination.
Table S2.
Transmission efficiency of the heterozygous mutant of mgt5 and identification of
MGT5+/- progeny via self-pollination.
Parental Genotypes
Male
WT
MGT5+/MGT5+/-
Female
MGT5+/WT
MGT5+/-
Genotypes of Progeny
MGT5+/+
106
212
112
MGT5+/108
0
110
mgt5-/0
0
2
Total
TEf
TEm
214
212
224
50.50%
NA
NA
NA
0
NA
The transmission efficiencies (TE) were calculated according to the following
equation: TE = number of progenies with T-DNA insertion/number of total progeny ×
100%. For normal transmission, 50% reciprocal crosses were expected. mgt5+/- was
supplemented with 100 µM magnesium sulfate. TEF, female transmission efficiency;
TEM, male transmission efficiency; NA, not applicable.