P### | Presenter | Title |
---|---|---|
P1 | Jeffrey Ross-Ibarra | An ancient origin of the naked grains of maize |
P2 | Adrienne Moran Lauter | Analysis of Ga2 genome structure and activity reveals widespread distribution of functional alleles in modern maize germplasm |
P3 | Gretta Buttelmann | Comparative genomic analysis of maize and its wild relatives to identify loci underlying cold tolerance and nitrogen recycling |
P4 | Michelle Stitzer | Comparative grass genomics reveals explosive genome evolution in maize and its wild relatives |
P5 | Akwasi Yeboah | Determination of genetic and epigenetic regulations of meiotic recombination during domestication in maize |
P6 | Mingyu Wang | Discovering mechanisms of maize abnormal chromosome 10 (Ab10) meiotic drive through comparative genomics |
P7 | Samantha Snodgrass | Does maize diversity mirror human diversity across the Americas? |
P8 | Arnaud Ronceret | Evolution of the protein complex involved in early recombination in plants |
P9 | Amy Pollpeter | Evolutionary determinants of gene expression in maize |
P10 | Charles Hale | Extensive modulation of a conserved cis-regulatory code across 625 grass species |
P11 | Lina Lopez-Corona | Genetic and phenotypic characterization of wild teosinte alleles introgressed into elite maize line CML311 |
P12 | Heather Chamberlain | Genetic legacies of the first ancient South American state in archaeological maize |
P13 | Christopher Benson | Resolving maize domestication and subpopulation divergence using long terminal repeat retrotransposons |
P14 | Sai subhash Mahamkali VS | Revealing the genetic architecture for different nitrogen responses in sorghum |
P15 | Gwonjin Lee | Sex-specific patterns of meiotic recombination are determined by maize lines from different climate zones. |
P16 | Manisha Munasinghe | Structural variation has a limited role in influencing genome-wide differential gene expression patterns in maize |
P17 | Yuchu Ma | The effect of modern breeding on rhizosphere microbiome under different nitrogen conditions in maize |
P18 | Sheng-Kai Hsu | The genetic basis of environmental adaptation in grasses |
P19 | Jonathan Acosta | The influence of heavy metal stress 1 on the evolutionary transition of teosinte to maize |
P20 | Aimee Schulz | The molecular evolution of perenniality across the grasses |
Presentations and Posters
Evolution and Population Genetics
Biochemical and Molecular Genetics
P### | Presenter | Title |
---|---|---|
P21 | Emily Wheeler | A modified replication timing profiling method improves early replication detection and facilitates comparison of multiple genotypes |
P22 | Mariana Chavez-Carranza | Annotating of active LTR retrotransposons in course-based genomics research |
P23 | Sylvia Morais de Sousa Tinoco | Bacterial strains isolated from Vellozia spp. promote maize growth |
P24 | Madison Lane | Building a synthetic cuticle: Characterizing the impact of maize transcription factors on cuticle biosynthetic pathways |
P25 | Noah Walberg | Characterization of transporter genes and their impact on cuticular wax composition on maize silks |
P26 | Zhijie Shui | Co-expression analysis identifies a transcription factor positively regulates the kauralexin biosynthesis gene ZmKSL2 |
P27 | Shivreet Kaur | Comparative analysis of host specificity and pathogen interaction of Cochliobolus heterostrophus on maize vs. non-host species |
P28 | Bharath Kunduru | Deciphering genetic architecture of stalk lodging resistance using high-density phenotype map in maize |
P29 | Sylvie Coursol | Deciphering the role of the cell wall in mycorrhizal symbiosis under low-input conditions in maize |
P30 | Ankush Sangra | Decoding a complex distal non-coding QTL at TEOSINTE BRANCHED 1 |
P31 | Gerardo Gonzalez | Developing a high-throughput genotyping assay for rapid identification of multiple edited flowering genes in tropical maize |
P32 | Jane Mascarenhas | Developing a system to elucidate genetic factors underlying hypersensitivity responses in maize |
P33 | Rina Carrillo | Developing an efficient workflow for detecting CRISPR-edited alleles in three target genes that regulate photoperiod response in tropical maize |
P34 | Enameguono Olomukoro | Development of Sorghum BTx642 EMS population |
P35 | Zhengzhi Zhang | Development of efficient haploid inducers of fast flowering mini maize |
P36 | Hui Liu | Endogenous gene activation of a MYB transcription factor by CRISPRa drives wax biosynthesis regulation in maize |
P37 | Cesar Xavier | Engineering maize mosaic virus for efficient virus induced gene silencing and virus induced DNA-free genome editing in maize: a potential ally for maize improvement |
P38 | Justin Larkin | Expression of the solanaceous immune receptor FLS3 in maize protoplasts |
P39 | Maruti Nandan Rai | Expression variation in Glossy15 is associated with harvest index in maize |
P40 | Zachary Gorman | Flood-induced insect resistance in maize involves flavonoid-dependent salicylic acid induction |
P41 | Joseph DeTemple | Gene expression and circadian rhythm differences between temperate and tropical maize inbreds in response to photoperiod |
P42 | Olga Zimina | Generating crossovers at targeted sites in the maize genome |
P43 | Elliot Braun | Genetic architecture of specialized metabolites in sorghum and maize |
P44 | Hui Jiang | Harnessing male sterility to accelerate genetic research in the C4 model Setaria viridis |
P45 | Joerg Degenhardt | How maize eliminates an apparent toxic by-product - Identification and functional characterization of the C4-ketone products of homoterpene biosynthesis in Zea mays |
P46 | Mateusz Zelkowski | How to control meiotic recombination: The role of chromatin state and DSB resection in determining crossing-over locations in maize |
P47 | Sylvia Morais de Sousa Tinoco | Impact of phosphate-solubilizing bacteria inoculation on maize yield, root system architecture and microbiome |
P48 | Zackariah Ellington | Implementation of a lab-scale highly efficient CRISPR cas-9 gene editing and genotyping system in maize. |
P49 | Fausto Rodríguez-Zapata | Introgression of a Mexican highland chromosomal inversion into temperate maize accelerates flowering, promotes growth, and modulates a cell proliferation gene network. |
P50 | Ana Lúcia Pinheiro | LYSDH overexpression increases drought tolerance in maize |
P51 | Jonathan Gent | Methylation-responsive promoters for engineering gene expression |
P52 | Caroline Henry | Non-invasive identification and analysis of maize root exudates |
P53 | Megan DeTemple | Novel use of cell wall degrading enzymes as a tool to elucidate cell wall-mediated signaling during pathogenesis |
P54 | Lucas Baiochi Riboldi | Optimizing CRISPR-Cas9 genome editing for precise gene deletion in Zea mays |
P55 | Sylvia Morais de Sousa Tinoco | Overexpression of PSTOL1-like genes increases maize root surface area and biomass under low and high phosphorus conditions |
P56 | J.Aaron Avalos-Calleros | Phenotypic characterization of overexpression of glossy3 involved in biosynthesis of cuticular wax in maize |
P57 | Jacob Olson | Red chlorophyll catabolite reductase mutants in maize and sorghum |
P58 | Md Nazmul Hossain | Restoration of haploid male fertility in maize: A novel approach using Zmjr mutants |
P59 | Max Braud | Robust leaf-based transformation in Sorghum bicolor and editing of classical maize genes |
P60 | Brianna Griffin | Roles of REL2 mediated transcriptional co-repression in maize immunity |
P61 | Nadia Mourad | Sorbitol dehydrogenase enhances kernel size by integrating carbohydrate and redox metabolism in the hypoxic endosperm |
P62 | Taylor Scroggs | Systematic exploration of transcription factor function in maize |
P63 | Yuguo Xiao | Targeted seed EMS mutagenesis reveals a bHLH transcription factor underlying male sterility in sorghum |
P64 | Matthew Helm | The maize tar spot pathogen Phyllachora maydis encodes an effector protein that targets the chloroplasts and suppresses plant immunity |
P65 | Mae Mercado | The tale of two rubisco activase: studying the function of rca1 and rca3 in maize. |
P66 | Raksha Singh | Transcriptomic analysis of tar spot and fisheye lesions exhibit distinct yet overlapping transcriptomic signatures, suggesting a complex interplay of shared and specific pathways |
P67 | Charles Hunter | Transcriptomic and metabolomic analyses of oxylipin-deficient maize mutants |
P68 | Alessandra Koltun | Tropical maize: paving the way to explore untapped genetic diversity |
P69 | Holly Anderson | Understanding anthocyanin accumulation in developing pericarp tissue through comparative transcriptomics of near-isogenic and inbred purple maize cultivars |
P70 | Huda Ansaf | Understanding the role of TOR signaling and translational machinery in regulating protein-bound amino acid homeostasis in maize kernels |
P71 | Jeffery Gustin | What’s new at the Maize Genetic Cooperation Stock Center |
P72 | Wen-Yu Liu | ZmCER9-mediated regulation of autoactive NLR proteins and effector-triggered immunity via ERAD pathway |
P73 | Tyler Ferris | k1C resiliance: 400kb deletion of alpha kafirin family genes yields negligible nonkafirin proteome compensation in sorghum |
Cell and Developmental Biology
P### | Presenter | Title |
---|---|---|
P74 | Zongliang Chen | A ZmWUSCHEL1-LITTLE ZIPPER-ROLLED LEAF1/REVOLUTA regulatory module controls stem cell organization in maize inflorescences |
P75 | Xiaosa Xu | A high-resolution, meristem stage-specific single-cell gene expression atlas resolving developmental dynamics in maize inflorescence architecture |
P76 | Xiaosa Xu | A nuclear role of RAMOSA3 in inflorescence branching independent of its enzymatic function |
P77 | Yaping Zhou | A spatiotemporal transcriptional map of maize lateral root formation |
P78 | Harrison Bell | Assessing factors underlying variation in maize pollen grain size: Genetics, development and environment. |
P79 | Richie Eve Ragas | Asymmetric signaling and transcription factor interactions generate robust nonrandom patterning in maize leaf margins |
P80 | Thu Tran | Catalytic and non-catalytic TREHALOSE-6-PHOSPHATE SYNTHASES (TPSs) interact with RAMOSA3 to control maize development |
P81 | Kenneth Birnbaum | Cell-based high throughput screening in maize |
P82 | Denise Caldwell | Cell-specific insights into fungicide mode of action and host resistance to improve tar spot management in maize |
P83 | David Zimmerman | Characterizing vasculature reconnection in maize “Twin-Grafts” |
P84 | Andrea Sama | Chemical imaging reveals metabolic responses to salt-stress in maize roots |
P85 | Xiaosa Xu | Comprehensive single-cell profiling of plant shoot stem cells uncovers key insights for functional studies and trait gene discovery |
P86 | Taran Kermani | Cross-species transcriptome comparison reveals candidate transcription factors for brace root development |
P87 | Hank Bass | Cytological, genomic, and comparative analysis of DNA replication in maize and sorghum |
P88 | Doris Cao | Designing form and function into research devices |
P89 | Fernanda Ghenov | Determining flowering phenotypes and expression signatures of temperate and tropical maize grown in short and long day field environments |
P90 | Emilia Pierce | Differential expression of nitrogen transporters contributes to uptake differences between aerial and soil brace roots |
P91 | Liuyang Chu | Effects of phenylboronic acid on maize root development: Boron-related but rhamnogalacturonan II-independent? |
P92 | Abigail Tripka | Exploring small molecule regulation of root development in Zea Mays |
P93 | Julian Somers | Exploring the timing of the sporophyte-to-gametophyte transition (SGT) |
P94 | Yan Zhou | Genes that regulate azimuthal canopy re-orientation exhibit sensitivity to plant density |
P95 | Johannes Scharwies | Genetic control of lateral root branching in response to moisture |
P96 | Lander Geadelmann | Genetic networks of maize phyllotaxy mutants |
P97 | Nicholas Francis | Harnessing pluripotency: Identifying key regulators of plant cell regeneration |
P98 | Kevin Begcy | Heat stress at tricellular stage inhibits maize pollen dehiscence |
P99 | Maria Helena Faustinoni Bruno | Influence of the temperature, light and nutritional status in infection by Agrobacterium tumefaciens in maize leaf transformation |
P100 | Makayla Drew | Investigating TANGLED1-mediated division site maintenance across land plant lineages |
P101 | Rob Meister | Leveraging LRR receptor gene editing for enhanced ear morphology in maize |
P102 | Ruqiang Zhang | Localized changes in developmental phase-transition on a recurrent morphogenetic regulatory network enables maize leaf angle variation |
P103 | Faith Kanana Mbiti | MALE STERILE CONVERTED ANTHER 1 (MSCA1), Hypoxia and TGA Transcription Factors |
P104 | Maria Camila Medina Montes | Making good connections: How transverse veins span the maize leaf vascular network |
P105 | Veerle De Schepper | Modifying gene expression of native genes by CRISPR-CAS editing to obtain shorter maize varieties |
P106 | Allyson Angermeier | New tools for visualizing phasiRNA biogenesis in maize anthers via hybridization chain reaction, immunofluorescence, and multiplex super-resolution microscopy. |
P107 | Brad Nelms | Pizza theory! Meristem organization restricts the spread of new mutations among the offspring |
P108 | Lukas Evans | Positional cell divisions, growth, and recruitment contribute to cell-fate acquisition at a developmental boundary in the maize leaf |
P109 | Vishadinie Jayasinghe | Response of autophagy-deficient maize atg10 mutants to heat stress |
P110 | Thanduanlung Kamei | SBP mutants have an expanded competence zone for brace root initiation |
P111 | Liam German | STR2 – a plant half-sized ABCG transporter with a multifaceted role in AM symbiosis |
P112 | Brian Zebosi | Sex and death: Mapping and characterization of several novel tassel seed mutants with altered sex determination |
P113 | John Hodge | Spatial analysis of stomatal patterning can quantify component traits tied to developmental genetics of stomatal density in maize |
P114 | Lily O'Connor | Supporting the next generation: bHLH transcription factor complexes regulating maize anther development |
P115 | Michael Busche | TARGET OF RAPAMYCIN regulates gene expression across developmental gradients |
P116 | Nandhakumar Shanmugaraj | TERMINAL EAR1 (TE1) couples maize development with stress responses |
P117 | Dayane Cristina Lima | The Wisconsin Crop Innovation Center: a public resource for crop transformation and gene editing research |
P118 | Hailong Yang | The cis-regulatory evolution of GRASSY TILLERS1 (GT1) in the grass family |
P119 | Prameela Awale | The enhancer of spi1 (eos1) gene functions in maize tassel development by regulating auxin transport |
P120 | Jiaqi Zhou | Uncovering maize regeneration mechanism through morphogenic regulators mutants |
P121 | Irene Ikiriko | Uncovering the genes regulating lifespan stalk flexural stiffness |
P122 | Emma Klaas | lateral rootless2 (lrs2) shapes maize root development by regulating polar auxin transport |
Computational and Large-Scale Biology
P### | Presenter | Title |
---|---|---|
P123 | Magdalena Janik | A comparative approach for selecting orthologous candidate genes underlying signal in elemental accumulation genome-wide association studies across multiple species |
P124 | Jonathan Ojeda-Rivera | A large-scale transcriptomic survey of nitrogen recycling genes in perennial grasses for sustainable maize production |
P125 | Carson Andorf | A unified VCF data set from nearly 1,500 diverse maize accessions and resources to explore the genomic landscape of maize |
P126 | Carson Andorf | Using the MaizeGDB genome browser to evaluate gene model annotation quality and gain functional insights |
P127 | Ethalinda Cannon | Updating the maize nomenclature recommendations |
P128 | Jack Gardiner | Maizemine: Tools for mining gene expression in the maize NAM lines |
P129 | Olivia Haley | Comparing the performance of protein folding models AlphaFold, ESMFold, and Boltz for classical genes in maize |
P130 | Olivia Haley | Fusarium protein toolkit: An AI-based resource to facilitate exploring host-pathogen interactions in maize |
P131 | Laura Tibbs-Cortes | Plasticity and fitness trade-offs in switchgrass revealed by open science and citizen science data |
P132 | John Fowler | Alleles that reduce pollen fitness can condition heterogeneous spatial patterns of inheritance across maize ears |
P133 | Huan Chen | Archaeological Bolivian maize genomes suggest Inca cultural expansion augmented maize diversity in South America |
P134 | Wei-Yun Lai | Building a practical haplotype graph from PacBio assemblies for genotype imputation and allele mining in maize |
P135 | Yue Liu | Candidate genes underlying a major QTL qshgd1 causing spontaneous haploid genome doubling in maize A427 |
P136 | Sontosh Deb | Characterization of allele-specific expression and cis-regulatory divergence in hybrid maize: Implications for gene-environment interactions |
P137 | Jingjing Zhai | Cross-species modeling of plant genomes at single nucleotide resolution using a pre-trained DNA language model |
P138 | Yan Zhou | Dancing canopy: Genes regulate azimuthal canopy orientations and response to high planting density in maize |
P139 | Szu-Ping Chen | Decoding tissue-specific gene expression using DNA language model |
P140 | Jaspreet Sandhu | Dissecting the physiological and molecular responses to nitrogen stress in sorghum |
P141 | Alejandra Quinones | Dynamic patterns of maize phenotypic responses to drought, heat, and their combined stress |
P142 | Micah Kelleher | Expanding maize breeding resources with teosinte alleles through a practical haplotype graph map of the Zea Synthetic population |
P143 | Riley Harper | Exploring the influence of nitrogen on rhizosphere and apoplastic microbiomes in maize |
P144 | Mohamed El-Walid | Genomic assembly and analysis of fast-flowering mini-maize |
P145 | Zhenyuan Lu | Gramene plants: Empowering agricultural research from genomic diversity through pan-genome analysis |
P146 | Jacob Washburn | High-throughput phenotyping with high resolution maize ear and kernel imaging |
P147 | Jensina Davis | How much of phenotypic variation across environments is explained by variation in gene expression? |
P148 | Rommel Jr. Garrido | Impacts of structural variant deletions and InDels on SNP genotype imputation |
P149 | Daniel Kick | Incorporation of biological information in deep learning models for phenotypic prediction |
P150 | Marie-Laure Martin | Integration of phenomic, proteomic, and genomic data into a multi-scale network unravels missing heritability for maize response to water deficit |
P151 | Sofiya Arora | Leveraging natural genetic variation for functional validation of genes with predicted functions in maize |
P152 | Rohit Kumar | Localized and systemic nature of metabolic responses in root-mycorrhizae interactions |
P153 | Katherine Murphy | Low-cost, image-based phenotyping of maize abiotic stress responses |
P154 | Doreen Ware | Maize data for biology, breeding, and genomics: The PanMaize Gramene database |
P155 | Worasit Sangjan | MatchPlant: An open-source pipeline for UAV-based single-plant detection and data extraction |
P156 | Rijan Dhakal | PanvaR: An ergonomic candidate gene discovery workflow in R. |
P157 | Aditya Raj | Phenobot - A robotic platform for field-based corn plant phenotyping via multi-sensor fusion |
P158 | Sebastian Mueller | Predictive modeling of pollen fitness phenotypes from genome scale data identifies expression specificity as a critically informative parameter |
P159 | Meera Rajagopal | Quantifying transposable element expressions: Utilizing computational biology and comprehensive annotations to recognize various features in RNA-seq data |
P160 | Zong-Yan Liu | ReelGene2: A large language model for single base pair precision gene annotation in diverse plant genomes |
P161 | Sunil Kenchanmane Raju | Role of chromatin accessibility in adaptive divergence of duplicate paralogs |
P162 | Nikee Shrestha | Searching for conserved alternate splicing regulation in maize and sorghum |
P163 | Ryleigh Grove | Sweet Angle O’ Mine: A comparative analysis of leaf angle phenotyping in sorghum |
P164 | Zhongjie Ji | Temporal UAV surveys for robust and accurate maize flowering time prediction |
P165 | Zachary Miller | The practical haplotype graph version 2: a streamlined and simple pangenome system |
P166 | Quinn Johnson | Tracking the genomic location and chromatin context of meiotic double-strand breaks leading to crossovers |
P167 | Alexandria Tran | Transcriptomic analysis of maize heterosis by nitrogen use efficiency |
P168 | Colin Finnegan | UTR development in maize |
P169 | Anuradha Singh | Unlocking sorghum's growth and yield potential: a study on nitrogen regimes and biostimulant applications |
P170 | Henry Dawson | Unveiling cold tolerance in maize: Linking chloroplast genomics and environmental adaptation for climate-resilient breeding |
P171 | Cole Hammett | Using UAV imagery to assess foliar disease resistance |
P172 | John Fowler | Using the Ds-GFP population to assess the contributions of pollen-expressed genes to maize reproduction |
P173 | Morgan Mathison | Utilizing drone imaging in analysis of genotype by environment in maize |
P174 | Edward Cedrick Fernandez | Within-leaf spatial responses to heat stress reveal varied genetic mechanisms in Hordeum vulgare |
P175 | Christopher Topp | X-ray tomography provides nondestructive multiscale 3D imaging to support maize research |
Cytogenetics
P### | Presenter | Title |
---|---|---|
P176 | Taylor Isles | Analysis of McClintock's tiny fragment/X component |
P177 | Paul Chomet | Capturing snapshots in history: Images from a collection of B. McClintock’s microscope slides |
P178 | Wojtek Pawlowski | Chromosome axis provides scaffold for splicing meiotic gene transcripts |
P179 | Hua Yang | Copy number variation analysis of the cis region required for the B chromosome non-disjunction in maize |
P180 | Mateus Mondin | Cytogenetic and genetic insights into non-mendelian segregation, non-disjunction, and phenotypic expression in the maize A-B chromosomal translocation line TB-9Sb |
P181 | Mateus Mondin | Effects of B chromosomes on flowering time in Zapalote Chico inbred lines and the Cateto x Zapalote Chico hybrid |
P182 | Malika Sharma | Genome-Wide investigation of recombination in the presence of B chromosomes |
P183 | Nathan Gilbert | Multiple trans-acting factors are required for B chromosome nondisjunction |
P184 | Kelly Dawe | Reshaping the maize karyotype using synthetic centromeres |
P185 | Hua Yang | Single gene example of genomic balance using transcription factor B-peru on the B chromosome |
P186 | Sora Haagensen | Understanding the role of PRD2 in regulating meiotic recombination in maize |
P187 | Kempton Bryan | Utilization of engineered neochromosomes to study breakage-fusion-bridge cycle outcomes |
Education & Outreach
P### | Presenter | Title |
---|---|---|
P188 | Vivian Bernau | Managing and distributing maize diversity: The NCRPIS maize collection |
P189 | Jaclyn Nicole Uy | Reinventing tissue culture and transformation in the classroom: TPSS 499 - Track 2 |
P190 | Katy Guthrie | Teaching scientific writing alongside the scientific method in an introductory plant biology lab. |
P191 | Brandi Sigmon | The MaGNET program: Fostering community and building networks through effective mentorship for early career scientists |
P192 | Paul Scott | The organic corn breeding boot camp: An outreach activity for students, farmers and scientists |
Quantitative Genetics & Breeding
P### | Presenter | Title |
---|---|---|
P193 | Alexander Liu | A Rootless1 knockdown allele affects maize nodal root development, increasing rooting depth, nitrogen uptake efficiency, and grain production in the field |
P194 | Matthew Runyon | A job for a cob? Enhancing cob sink strength as an approach for programming staygreen in maize |
P195 | Christopher Topp | A longitudinal study of the impacts of cover crop diversity on maize yield and nitrogen uptake |
P196 | Tao Zhong | A mitogen-activated protein kinase kinase kinase gene conferring quantitative foliar disease resistance in maize |
P197 | Edoardo Bertolini | A network-informed genomic prediction approach for plant architecture traits in maize and sorghum |
P198 | Melissa Draves | Phenotypic evaluation of U.S. maize heirlooms in Columbia, MO |
P199 | Jordan Cummings | Phenotypic evaluation and genotypic characterization of U.S. maize heirlooms in Clayton, NC |
P200 | August Thies | Analyzing the impact of breeding, planting density and nitrogen availability on maize root system architecture using X-ray imaging |
P201 | Brandon Webster | As above leaf below: integrating drone imagery and leaf gas exchange measurements from the Wisconsin Diversity Panel in different Nitrogen treatments |
P202 | Hannah Pil | BZea: A diverse teosinte introgression population for improving modern maize sustainability |
P203 | Jonathan Niyorukundo | Breeding for high lysine content and color diversity in popcorn and sweet corn to enhance their macro- and micronutrient profiles |
P204 | Anthony Assibi Mahama | Breeding for reduced maize grain nitrogen content |
P205 | Samuel Herr | Breeding maize stover for a circular bioeconomy |
P206 | Cinta Romay | CERCA - Circular Economy that Reimagines Corn Agriculture |
P207 | Michael Burns | CHIP-NMC: an application for corn hybrid and inbred prediction of nixtamalization moisture content |
P208 | Alexander Mullens | Characterizing tissue-specific disease resistance to Xanthomonas vasicola pv. vasculorum in maize |
P209 | Nate Korth | Characterizing untapped genetic diversity in maize and its relatives to regulate the rhizosphere microbiome and improve crop resilience |
P210 | Amanpreet Kaur | Cis-acting natural variation in transcript abundance affects the phenotype of the semi-dominant D13-1 mutant |
P211 | Nathan Bowser | Combining ability and heterotic responses among newly developed elite stay-green sorghum inbred lines |
P212 | Xianran Li | Complex traits: Genetic diversity, environmental context, and phenotypic plasticity |
P213 | Kiara Kappelmann | Comprehensive kernel analysis in large DH populations derived from intercrossing germplasm enhancement of maize lines |
P214 | Greg Ziegler | Construction of a high-density, sequence-indexed Setaria viridis NMU mutant population |
P215 | Ashley Hostetler | Decoupling brace root development from phase change in sorghum: candidate genes revealed by GWAS |
P216 | Karlene Negus | Designing AI models for genomic selection |
P217 | Lara Brindisi | Dissecting the genetic architecture of cold acclimation and freezing tolerance in Tripsacum using eQTL mapping |
P218 | Xiquan Gao | Dissection of genetic basis of maize resistance to Gibberella Ear Rot and its associated seed microbiome |
P219 | Nina Chumak | Engineering synthetic apomixis in maize |
P220 | Matthew Wendt | Environmental and genetic factors underlying maize cuticular wax accumulation under drought stress |
P221 | Joseph Romano | Evaluating early vigor in maize genotypes under pythium root rot stress: A pilot experiment |
P222 | Beatrice Konadu | Exploring trade-offs between drought and cold tolerance in Tripsacum dactyloides. |
P223 | Steve Moose | Expression variation in Glossy15 is associated with maize harvest index. |
P224 | Xuan Liu | Field-scale and high-throughput maize leaf angle characterization using stereo vision and deep learning |
P225 | Caner Yavuz | Fine mapping of QTLs for candidate genes responsible for embryogenic callus induction in maize |
P226 | Donielle Brottlund | From field to future: Environmental impacts on parental and progeny corn traits |
P227 | Luke Gregory | From point clouds to canopy architecture insights: High-throughput trait extraction from UGV-based LIDAR in maize |
P228 | Dikshya Sapkota | Genetic analyses of novel inflorescence architecture traits in broomcorn |
P229 | John Searl | Genetic analysis of fertility restoration in cytoplasmic male sterility-C type using WI-SS-MAGIC population and ex-PVP maize lines |
P230 | Shalma Maman | Genetic architecture underlying mean and plasticity of kernel traits in maize highlights independent control and key loci |
P231 | Waqar Ali | Genetic dissection and characterization of yield component traits in maize |
P232 | Pearl Abu | Genetic diversity and inter-trait relationship of tropical extra-early maturing quality proteinmaize inbred lines under low soil nitrogen stress |
P233 | Jake Hinrichsen | Genome-wide dissection of leaf angle variation across the canopy in maize |
P234 | Yu-Ru Chen | Genomic prediction insights across haploid and diploid levels in maize |
P235 | Jianming Yu | Genomic selection: Essence, applications, and prospects |
P236 | Lizeth Dominguez | Getting priorities straight: Altering source-sink strength in Sorghum bicolor increases sugar production |
P237 | Huyu Liu | High intensity phenotyping sites: Genetic regulation of phenotypic plasticity/stability. |
P238 | Vitor Sagae | Hybrid prediction in CHiDO: A friendly no-code genomic prediction tool for breeders |
P239 | Vencke Gruening | Impact of spontaneous haploid genome doubling on haploid induction in maize haploid inducers |
P240 | Qin Yang | Inactivation of a lysine-histidine transporter-1 gene confers southern leaf blight resistance in maize |
P241 | Erin Farmer | Integrating proximal sensing modalities for enhanced prediction of agronomically important crop traits |
P242 | Tae-Chun Park | Integration of doubled haploid technology with marker-assisted techniques for fixing major genes to develop specialty corn |
P243 | Shuya Wang | Investigating the role of a group XIIa LRR receptor-like kinase in maize resistance against Xanthomonas vasicola pv. vasculorum |
P244 | Manoj Subedi | Leveraging UAV-based hyperspectral imaging and machine learning models for prediction of SPAD in maize |
P245 | Ally Schumacher | Maize genomic prediction: Integrating genomics and transcriptomics for trait analysis |
P246 | Sarah Lipps | Maize hybrid stability and weather variables associated with ear rot resistance and mycotoxin accumulation |
P247 | Greg Schoenbaum | Managing plot orientation and canopy architecture to improve overall maize grain yield |
P248 | Olamide Adesina | Mining genetic resistance to Goss's wilt of maize |
P249 | Ty Thomas | Multi-environmental transcriptome-wide association study reveals the extent of genotype-by-environment interactions for flowering time in maize. |
P250 | Vladimri Torres-Rodriguez | Multi-species transcriptome-wide association studies identify additional genes controlling flowering |
P251 | Prashant Bhandari | Multiple conserved loci underlie plant water use efficiency in Sorghum and Setaria |
P252 | Lukas Würstl | Natural alleles of the gene lhcb6 shape photosynthesis and key agronomic traits in maize (Zea mays L.) landraces |
P253 | Aaron Kusmec | Natural and orthogonal interaction models for gene-environment and gene-gene interactions |
P254 | Catherine Li | Non-destructive visualization of alpha-zein expression and grain protein in maize using the FLOURY2-RFP reporter transgene |
P255 | James Holland | Oaxacan green dent maize is not from Oaxaca |
P256 | Shreejana KC | Optimizing maize growth in growth chambers |
P257 | Zhaocheng Xiang | Parametrization and quantification of maize leaf morphology for phenotyping and quantitative genetics |
P258 | Gen Xu | Patterns of selection for adaptation to spatial and temporal fluctuating nitrogen availability in maize |
P259 | Kirsten Hein | Phenome-to-genome insights for evaluating root system architecture in field studies of maize |
P260 | Jeonghwa Kim | Phenotypic and photosynthetic responses of maize germplasm to waterlogging stress |
P261 | Dongdong Li | Phenotypic plasticity of flowering time is associated with cis-regulatory elements variations |
P262 | Denise E. Costich | Phenotypic selection of maize adapted to temperature extremes as a strategy to maintain productivity under global climate change, part 2 |
P263 | Harshita Mangal | Population-level study on nitrogen stress responses in sorghum |
P264 | Collin Luebbert | Pre-breeding maize for enhanced performance in no-till cover cropping systems using a teosinte synthetic population |
P265 | Vinay Chaudhari | Predicting end-of-season Sorghum biomass from seedling-stage traits |
P266 | Libia F. Gomez-Trejo | Rust nonhost resistance responses in sorghum and maize |
P267 | Forrest Li | Sequencing a seed bank: Assessing the utility of environmental data from CIMMYT traditional varieties for climate-adaptive maize breeding |
P268 | Jacob Kelly | Speed breeding fast-flowering mini-maize |
P269 | Juliana Yassitepe | Temporal field-based phenomics for evaluating transgenic maize under drought stress |
P270 | Qiuyue Chen | Ten years of Genomes to Fields: a collaborative corn breeding effort |
P271 | Jiawen Lu | Tensor decomposition reveals trans-regulated gene modules in maize drought response |
P272 | Chad Soenksen | Testing the role of copy number variation in adaptation to drought using a pangenome approach |
P273 | Yipu Li | The ZmCCT10 transcription factor promotes DNA-mediated RNA polymerase beta expression, enhancing resistance to salt stress and improving yield in maize |
P274 | Emma Leary | The cold case: Characterizing photosynthetic performance at suboptimal temperatures using diverse germplasm |
P275 | Heather Wodehouse | Understanding the genetic impact of divergent selection on vegetative phase change in maize |
P276 | YUN LUO | Unlocking the secrets of ear length and frost tolerance in maize and Tripsacum |
P277 | Qi Mu | Unraveling a MYB transcription factor controlling plant height and involved in phenotypic plasticity in sorghum and maize |
P278 | Sarah Fitzsimmons (Oliver) | Unraveling the genetic architecture of free asparagine in maize kernels |
P279 | Peyton Sorensen | Untangling specificity: Investigating tissue-specific responses to bacterial pathogens in maize |
P280 | Robert Twohey III | Using a high-throughput screening method to compare chamber and field grown VPD transpirational breakpoints in Zea mays |
P281 | Zachary Traylor | Validating a lab-scale ethanol production method for exploring metabolites in craft distilling |
P282 | Veronica Justen | Variation in temporal growth patterns of inbred lines and hybrid offspring |
P283 | Kyle Swentowsky | Zea diploperennis perennial regrowth QTL regrowth1 and regrowth3 control life history traits |
P284 | Michelle Cho | ZmIRA1: A novel genetic factor of root system architecture in maize identified by GWAS in a long-term selection population for kernel nitrogen content |
Transposons & Epigenetics
P### | Presenter | Title |
---|---|---|
P285 | Jason Lynn | AGO2 and AGO3 regulate RNAi fidelity by suppressing RNA-directed DNA methylation |
P286 | Patrick Gardner | Active LTR transposable element annotation via a computational pipeline - LTRAnnotator |
P287 | Carmen Rodriguez | Adapting Fiber-seq for mapping chromatin accessibility in maize under cold stress |
P288 | Jeff Chen | An epigenetic basis for inbreeding depression in maize |
P289 | Rajdeep Khangura | An exapted transposase modifies the Mu-suppressible allele of a lesion-forming UROPORPHYRINOGEN III SYNTHASE mutant |
P290 | Xuelian Du | BonnMu – A resource for functional genomics in maize (Zea mays L.) |
P291 | Caleb Gooden | Cis-regulatory elements in maize early development derived from long terminal-repeat retrotransposons. |
P292 | Jonathan Cahn | Enhancers and enhancer RNAs recapitulate the domestication focus on maize ears |
P293 | Xuelian Du | Functional characterization of the dizzy1 (diz1) dwarf maize mutant from the BonnMu resource |
P294 | Damon Lisch | Genetic perturbation of the Mu-accessible chromatin landscape |
P295 | Claire Menard | Identifying novel transposable element insertions from short-read data using SWIF-TE |
P296 | Xingli Li | Investigation of TEs DNA methylation patterns through long-read sequencing |
P297 | Sicong Wang | Investigation of the maintenance mechanism on the silenced Ac transposon in id4 |
P298 | Beibei Liu | Landscape: The evolution of transposable elements (TEs) in Maize |
P299 | Dafang Wang | Mechanisms of small RNA-induced epigenetic silencing of Ac transposons in maize |
P300 | Justin Scherer | Somatic insertional preference of the mutator transposon across distinct maize tissues |
P301 | Yirui Sun | TE-like DNA methylation in regulation of highly expressed nutrient transfer and storage genes in endosperm |
P302 | Mark Minow | Using parent-offspring pairs to study the inheritance patterns of Zea mays chromatin accessibility. |
P303 | Mohammad Mahmood Hasan | mop1 reshapes recombination landscapes by altering DNA methylation and chromatin states at MITEs |