| P### | Presenter | Title |
|---|---|---|
| P15 | Hannah Pil | BZea: A diverse teosinte introgression population for improving modern maize sustainability |
| P16 | Vincenzo Rossi | Booster: Cistrome and transcriptome comparative genomics among species with markedly drought tolerance differences |
| P17 | Michelle Stitzer | Comparative grass genomics reveals explosive genome evolution in maize and its wild relatives |
| P18 | Sheng-Kai Hsu | Convergent genome- and gene-level constraints shape repeated environmental adaptation in grasses |
| P19 | Joséphine Guyot | Diversity of root system architecture and aquaporin in response to low nitrogen in maize landraces |
| P20 | Brian Dilkes | GWAS study of epistatic interactions with semidominant mutants establishes the molecular identities and pathways affected by natural variants |
| P21 | Jordan Cummings | Genetic characterization of United States and Canadian heirloom maize seed bank |
| P22 | Derya TaĹźcilar | Genetic diversity and population structure in sweet corn |
| P23 | Heather Chamberlain | Genetic legacies of the first ancient South American state in archaeological maize |
| P24 | Binghao Zhao | Genomic basis of artificial selection revealed in two high-oil maize populations |
| P25 | Zehta Fazler | Harnessing genetic diversity to enhance cold stress tolerance in maize through introgression and gene expression analysis |
| P26 | Lorenzo Stagnati | Harnessing the genetic diversity of Italian traditional maize landraces through landscape genomics |
| P27 | Tao Zhou | Homologous chromosome interactions reshape chromatin accessibility contribute to hybrid vigor in maize |
| P28 | Gretta Buttelmann | Identification of locally adapted loci and convergent evolution within Andropogoneae species |
| P29 | Forrest Li | Landscape of language: The contribution of ethnolinguistics to Mesoamerican maize genetic diversity |
| P30 | Piotr Ziolkowski | Localized stimulation of meiotic crossovers through the juxtaposition of heterozygous and homozygous regions |
| P31 | Mackenzie Chun | Maize landraces are not distinct populations or genetic lineages |
| P32 | Wei-Yun Lai | Pan-genome and AI identify causal variants for maize highland adaptation |
| P33 | Samantha Snodgrass | Quantifying the anthropogenic effects on maize genetic diversity |
| P34 | En Luo | The HapMap of Tibet landraces reveals the genetic mechanism of its highland adaptation |
| P35 | Ruairidh Sawers | The MexMAGIC population explores the genetic architecture of clinal variation in Mexican native maize |
| P36 | Zheng Luo | The pangenome graph construction of Zea genus |
| P37 | MemiĹź Bilgici | Trends in stomatal density and size in maize hybrids representing 100 years of long-term breeding for yield |
| P38 | Elli Cryan | Updates on silencing of the Ga1 reproductive barrier |
| P39 | Randall Wisser | We found a hole in the phenological trait space of maize: is it a new territory for future adaptation? |
Presentations and Posters
Evolution and Population Genetics
Biochemical and Molecular Genetics
| P### | Presenter | Title |
|---|---|---|
| P40 | Ruiyu Zhang | A DUF1230 gene confers quantitative resistance to southern leaf blight and gray leaf spot in maize |
| P41 | Alia Dellagi | A genome-scale model tracks how arbuscular mycorrhizal symbiosis mitigates maize N deficiency stress. |
| P42 | Lishuan Wu | A single nucleotide polymorphism in HLT1 enhances maize high-light tolerance and adaptation to high altitudes |
| P43 | Sophia Gerasimova | Application of a ternary Agrobacterium-mediated transformation system coupled with morphogenesis regulators enables efficient genome editing in temperate and tropical maize |
| P44 | Vincenzo Rossi | Booster: Boosting drought tolerance in key cereals in the era of climate change |
| P45 | Yasmine Vanhevel | Booster: Engineering regulatory regions to improve drought tolerance in maize |
| P46 | Sarah-Maria Riedl | Characterization of two terpene synthases involved in maize volatile production |
| P47 | Karina van der Linde | Characterization of the maize-Ustilago maydis interaction in a warming climate |
| P48 | Ana Nikolic | Comparative transcriptomic analysis of low-temperature stress response in maize (Zea mays L.) at VE and V3 growth stages |
| P49 | Huda Ansaf | Evidence for TOR-linked translational reprogramming during proteome rebalancing in opaque2 seeds |
| P50 | Sylvie Coursol | Exploring the relationship between cell wall genetics and mycorrhizal symbiosis in maize under low nitrogen stress |
| P51 | Mark Lubkowitz | False positive LBD interactions in yeast one-hybrid screens: A plasmid effect |
| P52 | Charles Colvin | Flavonoid-mediated resistance to lepidopteran pests in maize operates through insect gut damage and microbiome disruption |
| P53 | Janik Telleria Marloth | From herbivore attack to parasitoid attraction: how a bHLH transcription factor modulates defense-related terpene biosynthesis |
| P54 | Longyu Liu | Functional analysis of genes ZmGAR2 controlling maize kernel dehydration rate |
| P55 | Alessandra Lanubile | Genetic dissection of WRKY125 and LOX4 reveals lipid–hormone defense networks against Fusarium verticillioides in maize |
| P56 | Oyenike Adeyemo | Genetic diversity study of farmers' maize accessions from Nigeria revealed by morphological traits to asses environmental impacts and ssr markers |
| P57 | Gabriella Consonni | Genetic interaction between GL15 and FDL1 modulates juvenile cuticle deposition and leaf permeability in maize |
| P58 | Michael Muszynski | Genome editing accelerates flowering in tropical maize |
| P59 | Ricardo A. Dante | Genome editing of gibberellin biosynthetic genes alters plant architecture in tropical maize inbred lines |
| P60 | Xiaoyang Shang | High-throughput protein-protein interaction screening reveals pervasive function of the whole maize genome |
| P61 | Alexa Park | Identification and characterization of molecular drivers of nitrogen remobilization in maize during grain filling |
| P62 | Wenkang Chen | Identification and functional analysis of Zm RCC controlling leaf rolling in maize |
| P63 | Klea Lami | Identification of Zea mays homologues of AtVIHs |
| P64 | Paul Agbola | Identification of transcription factors that bind to MOA-seq motifs using the yeast 1-hybrid (Y1H) assay |
| P65 | Yangbo Huai | Improved soil quality confers bacterial resistance against rainfall perturbations to mitigate maize yield loss |
| P66 | Zachary Traylor | Maize Carbohydrate Partitioning Defective1 (Cpd1) acts independently of Carbohydrate Partitioning Defective6 (cpd6) in regulating callose deposition in the phloem |
| P67 | Bianca Sheridan | Maize Hex4 and Sh1 G-quadruplex (G4) DNAs function in human viral promoter transcription. |
| P68 | Henrike WĂĽrsig | Maize root gene expression, exudation, and the diversity of rhizosphere microorganisms are slightly affected by moderate soil compaction and soil structure |
| P69 | Dalton Raymond | Molecular and genetic analysis of a conserved Armadillo Repeat Motif-Containing Protein 7 (ARMC7) involved in U12 splicing |
| P70 | Shuhua Yang | Molecular and genetic basis of maize cold tolerance and high-latitude adaptation |
| P71 | Abigail McCarthy | Nuclei isolation rfficiency across maize inbred lines |
| P72 | Yuanru Wang | Overexpression of ZmKRN8 elite allele enhances kernel row number and kernel yield in maize |
| P73 | Xing Huang | PEN1 catalyzes RNA primer removal during plastid DNA replication in maize |
| P74 | Megan DeTemple | Post-synthetic cell wall modification initiates defense signaling, enhancing resistance |
| P75 | Jean Fontaine | Regulation of aquaporin expression by NAC and HSF transcription factors |
| P76 | Verena Bresgen | Root structure- and soil texture-dependent microbial self-organization in the rhizosphere and in specific endorhizosphere cell types of maize |
| P77 | Sylvia Morais de Sousa Tinoco | Stress-tolerant Bacillus and Paenibacillus from Vellozia spp. as microbial resources for improving maize phosphorus use and drought tolerance |
| P78 | Thomas Widiez | Sucrose transporters expressed in the endosperm adjacent to the embryo (EAS) are necessary for carbon partitioning and embryo growth |
| P79 | Taylor Scroggs | Systematic exploration of transcription factor function in maize |
| P80 | Patricia Faivre Rampant | Targeted GBS provides an efficient way to characterize haplotypic diversity and allele frequency in pooled maize landraces. |
| P81 | Claudia Schaff | The JA-induced emission of volatiles in maize is negatively influenced by a bHLH transcription factor |
| P82 | Yike Chen | The association of indels with meiotic recombination sites in maize |
| P83 | Caleb Kienbaum | The characterization of RNA binding motif protein 48 (RBM48) in U12 intron splicing, cellular differentiation, and development |
| P84 | Jan Bartoš | The impact of the maize B chromosome on transcriptome during plant development |
| P85 | Guan-Feng Wang | The maize ZmVPS23L and ZmFBK1 modulate the NLR protein Rp1-D21-mediated defense response by changing its subcellular localization |
| P86 | Ana Laura Alonso-Nieves | The role of the root microbiome in agronomically important traits of Mexican maize varieties |
| P87 | Sanskriti Vats | Transcription factors and regulation of aquaporin expression in maize stomatal guard cells and subsidiary cells |
| P88 | Joseph DeTemple | Understanding expression dynamics of flowering time genes from a gene network perspective |
| P89 | Ramesh Katam | Xylem sap proteomics reveals defense mechanisms underlying pierce’s disease tolerance in grapevines |
| P90 | Mingliang Xu | ZmWAKL-ZmCPK39 synergistic immunity drives super-additive resistance to gray leaf spot in maize |
Cell and Developmental Biology
| P### | Presenter | Title |
|---|---|---|
| P91 | Lander Geadelmann | Discovering the roles of feronia-like receptor kinase genes in maize |
| P92 | Lander Geadelmann | Maize transcription factors alter meristem size and shoot architecture |
| P93 | Zongliang Chen | A LITTLE ZIPPER–ROLLED LEAF1 regulatory module controls polarity in maize inflorescences |
| P94 | Xia Chen | A Tri-peptide signaling mechanisms regulates pollen tube growth and guidance during double fertilization in maize |
| P95 | Xiaosa Xu | A nuclear role of RAMOSA3 in inflorescence branching independent of its enzymatic function |
| P96 | Shujun Meng | A receptor like kinase-heterotrimeric G protein module regulates immune responses in maize |
| P97 | Lukas Evans | A strategy for synthetic biology of large genome grasses |
| P98 | Lei Liu | A trypsin-like serine protease ZmNAL1a fine-tunes maize floral transition and flowering time |
| P99 | Haihai Wang | ARFTF17 regulates dent and flint kernel architecture in Maize |
| P100 | Yidong Zhu | ARFTF17 regulates dent and flint kernel architecture in Maize |
| P101 | Dayane Cristina Lima | Advances at the Wisconsin Crop Innovation Center to enable maize research |
| P102 | Zichao Li | An α-L-fucosidase WILTING LEAF 1 maintains maize abiotic stress resistance by regulating vascular development |
| P103 | Mike Scanlon | Antagonistic transcription factors regulate antisymmetric wrapping in grass leaves |
| P104 | Heather Jones | Blurring the line: blade-sheath boundaries and the extended auricle1 mutant |
| P105 | Ed Bridge | Boundary issues: investigating the role of LIGULELESS 2 in maize leaf development |
| P106 | Alberto Galeazzo Caffi | Characterization of a novel maize mutant with altered plant architecture |
| P107 | Büşra Çelik | Characterization of conserved growth promoting cytochrome P450 genes |
| P108 | Theo Nowak | Characterization of roothairless 7 in maize |
| P109 | Antje Feller | Characterization of GRNs controlling SAM signaling centers |
| P110 | Jiyun Go | Characterization of a novel embryo-defective mutant affecting embryo-endosperm development in maize |
| P111 | Julia BrĂĽck | Characterization of phenylboronic acid-responsive pathways in maize (Zea mays L.) |
| P112 | Fanghe Jin | Cold induced transcriptomic diversity in epidermis of maize different root types |
| P113 | Xuelian Du | Comprehensive phenotypic and transcriptomic analyses reveal multiple defects in the maize dwarf mutant dizzy1 |
| P114 | James Birchler | Development of efficient haploid inducers of fast flowering mini maize |
| P115 | Stijn Seynnaeve | Developmental and environmental control of genetic interactions between GRFs and TCPs. |
| P116 | Maria Schön | Difference in variation in root anatomy along the longitudinal axis between maize and temperate cereal crops |
| P117 | Andrea Calhau | Disrupted gamete interaction in maize gex2 mutants biases fertilization toward egg-cell-only fertilization and promotes heterofertilization |
| P118 | Jie Zhang | Dissecting the gene regulatory networks controlling maize nucellus degeneration |
| P119 | Liuyang Chu | Dissecting the boron deficiency response of maize roots using phenylboronic acid |
| P120 | Meng Hu | ESR-localized CLE peptides regulate maize embryonic symmetric patterning |
| P121 | Mingchen He | Early patterning and morphogenesis of the maize embryo |
| P122 | Mamoona Khan | Effector-driven developmental reprogramming during Ustilago maydis–induced gall formation |
| P123 | Laurine Grazer | Embryo-derived signaling regulates nutrient allocation in maize kernels |
| P124 | Darshan Damodaran | Exploring the spatial dynamics of root cortical barriers in maize stress responses |
| P125 | Fisher Stines | Genome editing efficiency during haploid induction is maximized through cenh3-mediated genome elimination |
| P126 | Shijun Zhang | Grafting in maize |
| P127 | Divya Rana | Heat stress at tricellular stage hinders maize pollen dehiscence |
| P128 | Xiaosa Xu | High-resolution, stage-specific single-cell atlas reveals meristem transitions in maize inflorescence development |
| P129 | Cecilia Lara-MondragĂłn | How to reproducibly pattern a meristem despite size variability |
| P130 | Hank Bass | Integrating replication timing, transcriptional activity, and 3D genome organization in maize |
| P131 | Maria Helena Faustinoni Bruno | Leaf-based transformation as a strategy for the genetic transformation of tropical maize lines |
| P132 | An Hsu | Linking carbon metabolism to meiotic entry in maize anthers: From bulk to single-cell resolution |
| P133 | Xixi Zheng | Maize BABY BOOM transcription factors initiate parthenogenesis and embryonic patterning |
| P134 | Cay Christin Schaefer | Maize development under boron-deficient field conditions: Is the benzoxazinoid pathway a target for improvement? |
| P135 | Weiliang Zuo | Modulation of host gene expression via fungal transactivation effectors (TAEs) |
| P136 | Jazmin Abraham-Juarez | Molecular mechanisms modulating growth suppression in maize |
| P137 | Lu Kang | Multiplex RCA FISH facilitates to visualize cell-type spatial patterns of maize inflorescence |
| P138 | Akshay Babasaheb Tawale | Nodal root anatomical variation and allometric scaling in wheat |
| P139 | Tom Burges | Northern teosinte - The artificial teosinte, which defies daylength limitations |
| P140 | Geng Sun | Pcd1 controls kernel filling by promoting differentiation and cell death in the placenta-chalazal region |
| P141 | Naoya Sugi | Rapid and selective peri-germ cell membrane breakdown during double fertilization |
| P142 | Xiaowen Shi | Single-cell transcriptomic profiling of a maize ploidy series with enhanced photosynthetic capacity |
| P143 | Ana LĂłpez Malvar | Spatial regulation of cell wall remodeling shapes maize digestibility under drought |
| P144 | Hao Wu | Spatiotemporal transcriptomics reveals ZmGRAS90 as an early determinant of maize aleurone and basal endosperm fate specification |
| P145 | Thirulogachandar Venkatasubbu | Supervised clustering sheds light on the developmental trajectories of young inflorescence in barley |
| P146 | Guojing Jiang | The EAL1 peptide controls embryonic meristem initiation in maize |
| P147 | Hailong Yang | The cis-regulatory evolution of GRASSY TILLERS1 (GT1) |
| P148 | Zongliang Chen | The combination of morphogenic regulators BABY BOOM and GRF-GIF improves maize transformation efficiency |
| P149 | Justin Scherer | The distributive germline: A developmental strategy to restrict the spread of new mutations |
| P150 | Marina Millán Blánquez | The peri-germ cell membrane: A gateway to haploid embryo induction? |
| P151 | Bianca Tasha Ferreira | The role of ZmARF28 in leaf initiation and development in maize |
| P152 | Annika Meyer | Transcriptomic control of heterosis manifestation during lateral root initiation in maize |
| P153 | Silvio Salvi | Transformation and genome editing of the maize model Line Gaspé Flint 1.1.1 |
| P154 | Guan Zhang | Two semi-dominant mutants acting in a common pathway regulate maize leaf angle |
| P155 | Jazmin Abraham-Juarez | feminized upright narrow1 is a novel nuclear disordered protein that mediates brassinosteroid and oxylipin biosynthesis |
Computational and Large-Scale Biology
| P### | Presenter | Title |
|---|---|---|
| P156 | Carson Andorf | AI-ready genomics and multi-omic functional annotation at MaizeGDB |
| P157 | John Portwood | Using the MaizeGDB genome browser to evaluate gene model annotation quality and gain functional insights |
| P158 | Elliot Braun | Benchmarking software tools for identifying common plant metabolites in LC-MS datasets |
| P159 | Quinn Johnson | Beyond chromatin: DNA replication timing becomes a novel determinant of meiotic recombination landscapes |
| P160 | Javier Mendoza Revilla | Decoding the agronomic genome: Foundation models for precision trait discovery |
| P161 | Xiaolin Lyu | Evolutionary dynamics and co-adaptation of root traits and microbiome function in Poaceae drought tolerance |
| P162 | Zeyang Ma | Exploring the maize transcriptional regulatory landscape through large-scale profiling of transcription factor binding sites |
| P163 | Sylvie Coursol | Genes driving maize stem responses to water deficit: from expression to phenotype |
| P164 | Silvio Salvi | Genome assembly and flowering-time regulation in the model maize line Gaspé Flint 1.1.1 |
| P165 | Yunlong Zhang | HAIant: Symbiotic integration between humans and artificial intelligence |
| P166 | Karla Montserrat Cuellar Perez | High-throughput quantification of midrib color for lignin-related trait mapping in sorghum |
| P167 | Maëla Sémery | Integrating proteomics data into a genome-scale metabolic model to predict metabolic fluxes in maize leaf |
| P168 | Teague McCracken | Machine learning for removal of technical bias signals in high-throughput transcriptomics datasets |
| P169 | Ally Schumacher | Maize genomic prediction: Integrating genomics and transcriptomics for trait analysis |
| P170 | Marie-Laure Martin | Missing heritability of 6 ecophysiological traits of maize in response to water deficit captured by integration of phenomic, proteomic, and genomic data |
| P171 | Ana Berthel | Model, predict, generate: The utility of machine learning models in angiosperm genomics |
| P172 | Bethany Olive | Phylogenetic study of Helitron polymorphism in Fungi, Plantae, or Animalia Kingdoms |
| P173 | Lotte Van de Vreken | Plastochron regulation in maize: Spatial transcriptomics reveals transcriptional changes in the plastochron1 mutant. |
| P174 | Shuai Wang | Predicted protein 3D structures provide essential insights into the genetic architecture underlying phenotypic diversity in maize |
| P175 | Madison Creach | Predicting complex phenotypes using multi-omics data in maize |
| P176 | Thomas-Sylvestre Michau | Regulatory response of maize to water deficit mediated by cis-regulatory elements |
| P177 | Corrinne Grover | Shortcuts to success: how large-scale genotyping benefits the maize community |
| P178 | Rui Han | The breeding trends of 2060 widly planting commercial maize hybrids in China |
| P179 | Sulamita Santos Correa | Towards next-generation bioinoculants: Machine learning-assisted characterization of PGPB for maize |
Cytogenetics
| P### | Presenter | Title |
|---|---|---|
| P180 | Seijiro Ono | Cytogenetic analyses of mutants of class I and class II crossover regulators in maize |
| P181 | Jasnoor Singh | Engineering a maize mini-B chromosome as a platform for site-specific gene integration |
| P182 | Malika Sharma | Genome-Wide investigation of recombination in the presence of maize B chromosomes |
| P183 | Ana Laura Marassi Maronezi | Inheritance and segregation of heterochromatic knobs in an F2 progeny from highly endogamic inbred lines |
| P184 | Tiago CorrĂŞa | Maize knob heterochromatin and chromosomal features: A cytoinformatics framework |
| P185 | Hua Yang | Mapping the second trans-acting factor(s) required for the B chromosome nondisjunction |
| P186 | Taylor Isles | Molecular analysis of Barbara McClintock's tiny fragment chromosome |
| P187 | Kempton Bryan | Neotelomere formation in maize |
| P188 | Tzu-Han Huang | ZYP1 mediates synaptonemal complex assembly and ensures crossover assurance in maize |
Education & Outreach
| P### | Presenter | Title |
|---|---|---|
| P189 | Taylor Isles | Digitizing maize cytogenetics history: Female meiosis and fertilization |
| P190 | Emilie Montes | Maize genome editing and genetic transformation platform in Lyon, France |
| P191 | Anthony Studer | Popcorn: The origin of maize and the future of science education |
| P192 | Edward Buckler | Redesigning nitrogen flow in grass-dominated food systems |
| P193 | Brandi Sigmon | The SI-MI mentoring program: A resource for guiding effective mentorship in the plant sciences community |
Quantitative Genetics & Breeding
| P### | Presenter | Title |
|---|---|---|
| P194 | Pengfei Yin | A dynamic genotype-environment integration approach decodes the genetic basis of phenotypic plasticity in maize |
| P195 | Sophie Banks | A research tool for the study of endosperm mutants in sweet corn (Zea mays L.) |
| P196 | John McKay | Adaptive plasticity of root system architecture as a response to Nitrogen availability drives yield gain over time in US maize hybrids |
| P197 | Ling Gu | Assembly and function of rhizosphere microbiome under drought stress during heterosis manifestation in maize |
| P198 | Avani Vallayil | Bridging air and soil: Adaptive variation of maize brace roots in contrasting environments |
| P199 | Cinta Romay | CERCA - Circular Economy that Reimagines Corn Agriculture |
| P200 | Donielle Brottlund | Categorical and quantitative approaches for evaluating maize yield response to nitrogen |
| P201 | Gregory Schoenbaum | Combining canopy architecture and plot orientation to optimize light interception and distribution for improved maize grain yield |
| P202 | Nikola Grcic | Comparative analysis of U.S. ex-PVP and “Zemun Polje” commercial maize inbred lines using a 25K SNP array |
| P203 | Matthew Runyon | Cutting back on canopy: Tailoring plant architecture for the agronomic management strategies of tomorrow with a novel genetic modifier |
| P204 | Tingting Guo | Decomposing complex traits in maize without prior knowledge |
| P205 | Karlene Negus | Designing interpretable AI models to identify drivers of maize phenotypic plasticity |
| P206 | Helga Cassol | Dissecting genetic diversity and flowering related traits in Italian maize lines through GWAS |
| P207 | Libia Gomez Trejo | Diverse defense responses of sorghum and corn to non-adapted rust pathogens |
| P208 | Memis Bilgici | Do we need dedicated maize varieties for perennial groundcover systems? |
| P209 | Juliana Yassitepe | Drought tolerance classification using unmanned aerial systems with RGB and multispectral data |
| P210 | Xianlong Song | Dynamic calibration of maize growth model for enhanced decision-making in breeding and production |
| P211 | Marisa Miller | Engineering maize root architecture via targeted genome editing of root regulatory genes |
| P212 | Nina Chumak | Engineering synthetic apomixis in maize |
| P213 | Daniel Cruz Rosas | Evaluation of drought tolerance–related traits in native maize populations from the northeast of Mexico |
| P214 | Alejandro Mendoza Gomez | Evaluation of morphological and reproductive traits associated with drought tolerance in native maize populations from the State of Coahuila, Mexico. |
| P215 | Ashish Saxena | Expanding the use of biodiversity to safeguard future maize production |
| P216 | Anurag Daware | From phenotypic tradition to genomic precision: Maize DUS 2.0 |
| P217 | Xueqing Zheng | Genetic analysis and gene cloning of maize waterlogging tolerant germplasm resource material HZ32 |
| P218 | Desmond Darko Asiedu | Genetic and molecular analyses of European maize landrace for resistance to Fusarium stalk rot |
| P219 | Lakshmipriyanka Tammineni | Genetic basis of leaf orientation responsiveness and yield stability in maize (Zea mays) under contrasting row spacing and cover crop management |
| P220 | Haoyan Yang | Genetic dissection of the deep phenotype for nitrogen use efficiency in maize |
| P221 | Georgina Lala Ehemba | Genetic diversity and identification of QTLs for low nitrogen in maize doubled haploid lines (DHLs) |
| P222 | Wenhao Song | Genetic mechanism analysis for spontaneous haploid genome doubling in maize |
| P223 | Harshita Mangal | Genetic pleiotropy in sorghum using a 503-trait meta-analysis spanning 18 years of studies |
| P224 | Heather Wodehouse | Genome-wide response to divergent selection on vegetative phase change in maize |
| P225 | Aida Kebede | Genomic characterization of AAFC’s historical maize inbred lines and their application in GWAS |
| P226 | Xiaohong Yang | Global genetic dissection of maize-teosinte divergence reveals EL3-2 as a pleiotropic domestication regulator |
| P227 | Marion Pitz | How well do GWAS methods perform on TWAS data? |
| P228 | Yapeng Wang | Identification and fine mapping of quantitative trait loci for anthesis silking interval in maize |
| P229 | Vencke Gruening | Impact of spontaneous haploid genome doubling on haploid induction in maize haploid inducers |
| P230 | Huanhuan Tai | Insights into the biocontrol potential of Burkholderia gladioli B22 against maize stalk rot and promoting growth |
| P231 | Stéphane Nicolas | Integrating genomic prediction and offset using DNA-pool genotyping to assess maize landrace adaptation and select accessions for pre-breeding |
| P232 | Magdalena Janik | Ion-know which genes control elemental traits! |
| P233 | Waqar Ali | K-mer based GWAS as a complementary approach to traditional GWAS across maize and sorghum genomes |
| P234 | Jenifer Camila Godoy dos Santos | Leveraging transcriptomic modulation to enhance genomic prediction of hybrid performance across environments |
| P235 | Binghao Zhao | Long-term selection reshapes the maize genome by elevating standing and rare beneficial variants to drive sustained gains in kernel oil content |
| P236 | Cuixia Chen | Map-based cloning identifies two QTL genes for synergistic control of husk number in maize |
| P237 | Stéphane Nicolas | Mining allelic diversity of maize landraces for abiotic and biotic stresses |
| P238 | Lorenzo Rocchetti | Modeling spatiotemporal variation in genotype-by-environment interactions of maize flowering time |
| P239 | Aoqing Hu | Molecular mechanism of maize qEL3.08 regulating trehalose metabolism and its impact on ear development |
| P240 | Wenjie Fang | Multi-trait synergic selection by integrating prior genetic and environmental information in crop breeding |
| P241 | Bingjie Wu | Multi-view BLUP: a promising solution for post-omics data integrative prediction |
| P242 | Yaxin Wang | Natural variation of liguleless1 promoter bound by ZmbHLH narrows maize leaf angle |
| P243 | Niloufar Ashrafi | Optimization of Diabrotica resistance in maize by enhanced nematode attraction |
| P244 | Matthew Wendt | Parsing genotype-interaction effects to understand the genetic architecture of maize cuticular wax accumulation across environments |
| P245 | Juliana Nonato | Phenotypic analysis of transgenic maize events under water stress conditions |
| P246 | Melissa Draves | Phenotypic characterization of U.S. maize heirlooms |
| P247 | Anna Pia Maria Giulini | Plant–microorganism interactions as novel screening criteria in maize varietal registration |
| P248 | Charles Colvin | Population-scale RNA sequencing reveals host genetic control of phyllosphere fungal communities |
| P249 | Domagoj Simic | Predicting biomass in drought-stressed young maize plants with machine learning using genomic and phenomic data |
| P250 | Mythri Bikkasani | Quantitative assessment of heterosis and combining ability for strategic hybrid breeding in maize for silage |
| P251 | Xiaoming He | Rhizosheath inhabiting Massilia are linked to heterosis in roots of maize |
| P252 | Angela Kent | RoadMAPs to rhizosphere nitrogen retention: Breeding crops for microbiome-associated phenotypes |
| P253 | Abby Livingston | Rooting for ecosystem services through haplotype analysis |
| P254 | Emma Leary | Screening of maize photosynthetic responses at low temperatures and high light |
| P255 | Catherine Giauffret | Seeking the molecular drivers of hidden chilling susceptibility in maize |
| P256 | Danning Wang | Single-cell transcriptomics reveals cell-type-specific signatures of heterosis in early roots of maize |
| P257 | Marcin Grzybowski | Sources of transcriptomic variation in modern maize |
| P258 | Memis Bilgici | Stable phenotypic shade-avoidance responses to low red/far-red ratio and shifting resource-use strategies in maize hybrids representing 100 years of long-term breeding for yield |
| P259 | Nate Korth | Systems level plant-microbiome transcriptomics to explore maize and rhizosphere interactions underlying heat stress response |
| P260 | Zhongjie Ji | Temporal 2D–3D phenotyping reveals dynamic maize architectural development across the growth cycle |
| P261 | Ashish Saxena | The Complementarity of Ex-PVP temperate and tropical lines in enhancing grain yield in tropical environments |
| P262 | Steve Moose | The CorNBox, an effective platform for improving nitrogen utilization in U.S. corn belt maize |
| P263 | Sofija Božinović | The PHENO_MaizE Project: UAV-based high-throughput phenotyping to support decision-making in maize breeding |
| P264 | Ziyi Xiao | The combination of linkage mapping, genome-wide association study, and dynamic transcriptome analysis reveals conserved candidate genes for salt tolerance in maize |
| P265 | Mirai Inaoka | The effect of selection on allele frequencies and diversity in wheat (Triticum aestivum) |
| P266 | Hui Li | The genetic architecture of acyl-lipid traits in maize kernel and leaf |
| P267 | Yuki Matsumura | Understanding the morpho-physiological framework of ear flex for improving yield and yield stability in maize |
| P268 | Danny Davis | Unlocking sugar potential: Evaluating sugar content of waxy1/shrunken2-i hybrids |
| P269 | Fatma Ozair | Vegetation indices including soil confound plant health and canopy cover: Multi-environment analysis of maize temporal progression |
| P270 | Huinan Li | ZmNAGS enhances maize kernel size and grain yield through increasing photosynthesis and starch content |
| P271 | Chuan Chen | qGSR2.02 confers recessive resistance to stalk rot and ear rot in maize |
Transposons & Epigenetics
| P### | Presenter | Title |
|---|---|---|
| P1 | Kevin Peek | A role for RdDM in susceptibility to paramutation at the maize BOOSTER1 locus |
| P2 | Z Jeffrey Chen | An epigenetic basis for inbreeding depression in maize |
| P3 | Surinder Chopra | Beyond flavonoid pigmentation: ufo1 links epigenetic Regulation and Redox Homeostasis during maize endosperm development |
| P4 | Carly Blair | Characterization of two epigenetically regulated ABI3-VP1 transcription factors in Zea mays (maize) |
| P5 | Carmen Rodriguez | Characterizing chromatin accessibility of long terminal repeat retrotransposons in response to cold stress in maize |
| P6 | Abby Sow | Co-expression analysis unveils the roles of long terminal repeat retrotransposons in maize developmental regulation |
| P7 | Patrick Gardner | Detecting activity of hopscotch family long terminal repeat retrotransposons in Zea mays |
| P8 | Jonathan Gent | Does active DNA demethylation drive epigenetic silencing in pollen? |
| P9 | Caleb Gooden | Genome-wide resolution of long terminal repeat retrotransposon promoters and their tissue-specific regulatory programs |
| P10 | Daniela Barro Trastoy | Helitron-mediated expansion of endosperm regulatory binding sites in maize |
| P11 | Hailey Buell | How transposable elements preserve heterozygosity during inbreeding in maize |
| P12 | Thelma Madzima | Identification of regulatory genes involved in RNA-directed DNA methylation mediated regulation of responses to abiotic stress in Zea mays (maize). |
| P13 | Juliette Breil-Aubert | Single-molecule methylation profiling at the repetitive b1 paramutation locus in maize |
| P14 | Natasha Dhamrait | TEs in the “Metagenome”: A kmer based approach to estimate TE abundance from short reads |