Maize HD-Zip II proteins function as transcriptional repressors and ATHB17Δ113 relieves the repression caused by endogenous maize HD-Zip II proteins. Elena A. Rice Abha Khandelwal Robert A. Creelman Cara Griffith Jeffrey E. Ahrens J. Philip Taylor Lesley R. Murphy Siva Manjunath Rebecca L. Thompson Matthew J. Lingard Stephanie L. Back Huachun Larue Bonnie R. Brayton Amanda J. Burek Shiv Tiwari Luc Adam James A. Morrell Rico A. Caldo Qing Huai Jean-Louis K. Kouadio Rosemarie Kuehn Anagha M. Sant William J. Wingbermuehle Rodrigo Sala Matt Foster Josh D. Kinser Radha Mohanty Dongming Jiang Todd E. Ziegler Mingya G. Huang Saritha V. Kuriakose Kyle Skottke Peter P. Repetti T. Lynne Reuber Thomas G. Ruff Marie E. Petracek Paul J. Loida 10.1371/journal.pone.0094238.g008 https://plos.figshare.com/articles/figure/_Maize_HD_Zip_II_proteins_function_as_transcriptional_repressors_and_ATHB17_916_113_relieves_the_repression_caused_by_endogenous_maize_HD_Zip_II_proteins_/1000562 <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> 2014-04-15 04:30:42 agriculture Agricultural biotechnology Genetically modified organisms Transgenic plants crops Cereal crops maize biotechnology Genetic engineering Transgenic engineering Plant biotechnology cell biology Molecular cell biology genetics gene expression Plant genetics Plant science hd-zip ii proteins transcriptional repressors relieves repression caused endogenous