A. Rice, Elena Khandelwal, Abha A. Creelman, Robert Griffith, Cara E. Ahrens, Jeffrey Philip Taylor, J. R. Murphy, Lesley Manjunath, Siva L. Thompson, Rebecca J. Lingard, Matthew L. Back, Stephanie Larue, Huachun R. Brayton, Bonnie J. Burek, Amanda Tiwari, Shiv Adam, Luc A. Morrell, James A. Caldo, Rico Huai, Qing K. Kouadio, Jean-Louis Kuehn, Rosemarie M. Sant, Anagha J. Wingbermuehle, William Sala, Rodrigo Foster, Matt D. Kinser, Josh Mohanty, Radha Jiang, Dongming Ziegler, Todd E. G. Huang, Mingya V. Kuriakose, Saritha Skottke, Kyle P. Repetti, Peter Lynne Reuber, T. G. Ruff, Thomas E. Petracek, Marie J. Loida, Paul Phenology of <i>ATHB17</i> events and control. <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. The number of days to 50% silking and anthesis were measured and the number of days between anthesis and silking was calculated (ASI) each year for physiological studies conducted under standard agronomic practices conditions. Differences in phenology between <i>ATHB17</i> events and control were determined using an across year combined analysis using a mixed model ANOVA. 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.s004" target="_blank">Table S2</a>.</p> 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 2014-04-15
    https://plos.figshare.com/articles/dataset/_Phenology_of_ATHB17_events_and_control_/1000567
10.1371/journal.pone.0094238.t002