10.1371/journal.pone.0094238.t003 Elena A. Rice Elena A. Rice Abha Khandelwal Abha Khandelwal Robert A. Creelman Robert A. Creelman Cara Griffith Cara Griffith Jeffrey E. Ahrens Jeffrey E. Ahrens J. Philip Taylor J. Philip Taylor Lesley R. Murphy Lesley R. Murphy Siva Manjunath Siva Manjunath Rebecca L. Thompson Rebecca L. Thompson Matthew J. Lingard Matthew J. Lingard Stephanie L. Back Stephanie L. Back Huachun Larue Huachun Larue Bonnie R. Brayton Bonnie R. Brayton Amanda J. Burek Amanda J. Burek Shiv Tiwari Shiv Tiwari Luc Adam Luc Adam James A. Morrell James A. Morrell Rico A. Caldo Rico A. Caldo Qing Huai Qing Huai Jean-Louis K. Kouadio Jean-Louis K. Kouadio Rosemarie Kuehn Rosemarie Kuehn Anagha M. Sant Anagha M. Sant William J. Wingbermuehle William J. Wingbermuehle Rodrigo Sala Rodrigo Sala Matt Foster Matt Foster Josh D. Kinser Josh D. Kinser Radha Mohanty Radha Mohanty Dongming Jiang Dongming Jiang Todd E. Ziegler Todd E. Ziegler Mingya G. Huang Mingya G. Huang Saritha V. Kuriakose Saritha V. Kuriakose Kyle Skottke Kyle Skottke Peter P. Repetti Peter P. Repetti T. Lynne Reuber T. Lynne Reuber Thomas G. Ruff Thomas G. Ruff Marie E. Petracek Marie E. Petracek Paul J. Loida Paul J. Loida Dry matter accumulation in <i>ATHB17</i> events and in control at R1 development stage. Public Library of Science 2014 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 accumulation r1 2014-04-15 04:30:42 Dataset https://plos.figshare.com/articles/dataset/_Dry_matter_accumulation_in_ATHB17_events_and_in_control_at_R1_development_stage_/1000568 <p>Two independent <i>ATHB17</i> events in three hybrids were used in physiological studies conducted in 2011 and 2012 under standard agricultural practices (SAP) for corn production in the Central Corn Belt. Data shown is an across year combined analysis using a mixed model ANOVA of dry matter accumulation data collected at R1. Ear partitioning coefficient was calculated by dividing ear dry weight by total dry weight and analyzed as described above. LSmean for the events and wild type control plants are shown in the table with respective delta, % delta and P-value. N denotes the number of data points included per entry in the statistical analysis. Number of event data points were within ±3 of control data points. Results for individual hybrids per year are shown in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0094238#pone.0094238.s005" target="_blank">Table S3</a>.</p>