Maize HD-Zip II proteins function as transcriptional repressors and ATHB17Δ113 relieves the repression caused by endogenous maize HD-Zip II proteins. A. RiceElena KhandelwalAbha A. CreelmanRobert GriffithCara E. AhrensJeffrey Philip TaylorJ. R. MurphyLesley ManjunathSiva L. ThompsonRebecca J. LingardMatthew L. BackStephanie LarueHuachun R. BraytonBonnie J. BurekAmanda TiwariShiv AdamLuc A. MorrellJames A. CaldoRico HuaiQing K. KouadioJean-Louis KuehnRosemarie M. SantAnagha J. WingbermuehleWilliam SalaRodrigo FosterMatt D. KinserJosh MohantyRadha JiangDongming ZieglerTodd E. G. HuangMingya V. KuriakoseSaritha SkottkeKyle P. RepettiPeter Lynne ReuberT. G. RuffThomas E. PetracekMarie J. LoidaPaul 2014 <p>(A) Cells were co-transformed with 4 µg/320,000 cells of each reporter (right side label) and an increasing amount of each HD-Zip II family member (left-to-right for each color: 0.008; 0.04; 0.2; 1; 5 µg/320,000 cells). Error bars are 1 SD. (B) Cells were triple-transformed with 4 µg/320,000 cells of each reporter (right side label), 20 ng of each HD-Zip family member and an increasing amount of ATHB17Δ113 (left-to-right for each color: 0.0, 0.3; 0.6; 1.3; 2.5 µg/320,000 cells). For a given reporter, HD-Zip II, and concentration of ATHB17Δ113, the calculation of standard error relies on the number of biological replicates and the estimated error variance derived from a one-way ANOVA.</p>