| First Name | Last Name | Poster Title | Topic Area | Board Assigned |
| Noemi | Codina Pascual | Camelina seed weight as affected by temperature | Agronomy | A1 |
| Meghna | Malik | Yield10 Herbicide Tolerant Camelina | Agronomy | A2 |
| Aritz | Royo-Esnal | Optimizing the yield of camelina in a semiarid climate: effect of flood irrigation | Agronomy | B1 |
| Thiya | Mukherjee | | | B2 |
| Ana Paula | Canu | | | C1 |
| Kaitlin | Bachle | Center for Biotechnology | Other | C2 |
| Ed | Cahoon | Co-Optimization of Camelina Oil Quality and Conversion Technologies for Sustainable Aviation Fuel | Exploring End-use Opportunities | D1 |
| Alisha | Fnu | Characterization of Pennycress seeds engineered to synthesize medium chain fatty acids | Exploring End-use Opportunities | D2 |
| Senorpe | Hiablie | Assessing Camelina a's Potential: Reviewing Farming Practices in the U.S. and Measuring Meal Quality | Exploring End-use Opportunities | E1 |
| Duane | Johnson | Developing Camelina Oil in EV Lithium Battery Insulation Applications | Exploring End-use Opportunities | E2 |
| Hyojin | Kim | Nature-Guided Strategies to Maximize Astaxanthin Production and Purity in Camelina Oil for Aquaculture Feed and High-Value Food Applications | Exploring End-use Opportunities | F1 |
| Pawan | Kumar | Development of tools for cell autonomous and non-autonomous assays for studying the model bioenergy crop Camelina sativa | Exploring End-use Opportunities | F2 |
| Cory | Nykiforuk | Core Factors: where lipid droplet biogenesis intersects biotechnology. | Exploring End-use Opportunities | G1 |
| Doug | Allen | Does fatty acid turnover occur concurrently with plant lipid synthesis? | Resilience and Metabolism | G-2 |
| Monica | Venegas-Calern | Biotechnological redesign of the Camelina sativa lipid biosynthetic pathway for the development of new industrial oils. | Genetics and Genomics | H2 |
| Sania Zafar | Awan | G2PDeep-v2: Web-based Deep Learning Platform for phenotype prediction and Marker Discovery in Plants and Other Species. | Genetics and Genomics | I1 |
| Rostislav | Blume | From Camelina model to crop: enhancing medium chain fatty acids accumulation in seed oil for sustainable biojet fuel | Genetics and Genomics | I2 |
| Rostislav | Blume | Population structure of hexaploid Camelina microcarpa cytotypes in Ukraine, a hotspot of the species genetic diversity | Genetics and Genomics | J1 |
| Jordan | Brock | The evolutionary history of Camelina and new insights for breeding | Genetics and Genomics | J2 |
| Yen On | Chan | A Comprehensive Suite of Tools for Allele Discovery and Phenotype Improvement in SoyKB and KBCommons Frameworks for Crops | Genetics and Genomics | K1 |
| Sabin | Dahal | Redesigned KBCommons v2.0 framework for enhanced multi-omics data integration and visualization for diverse organisms | Genetics and Genomics | K2 |
| Wilson | Craine | The Camelina Microbiome | Genetics and Genomics | L1 |
| Wilson | Craine | The Camelina Microbiome #2 | Genetics and Genomics | L2 |
| Samuel | Decker | Identification of QTLs and Candidate Genes for Camelina Nitrogen Use Efficiency and Oilseed Traits Using a High-quality Genome | Genetics and Genomics | M1 |
| Abdul | Ghani | Integrated Multi-omics and Cross-species Analytics for Sustainable Brassicaceae Biofuels and Bioproduct | Genetics and Genomics | M2 |
| Erich | Grotewald | Transcriptional regulation of lipid metabolism for enhanced seed oil yield and quality in Camelina sativa | Genetics and Genomics | N1 |
| Megan | Letourneau | Food for the future: Transforming Camelina sativa into a climate stress-tolerant crop | Genetics and Genomics | N2 |
| Chunyang | Lu | Improving plant cell type annotation for scRNA-seq data by utilizing deep-learning-model based approaches | Genetics and Genomics | O1 |
| Louise | Michaelson | KnetMiner: A Knowledge Graph for Brassica and Beyond. | Genetics and Genomics | O2 |
| Emily | Pawlowski | Development of tools and community resources for Camelina sativa | Genetics and Genomics | P1 |
| Joaquin | Salas | Establishing a Collection of Camelina sativa Lines for the Production of New Oils for Oleochemical, Pharmacological, and Food Applications | Genetics and Genomics | P2 |
| Pallav | Singh | scINTGrate: Interactive Multiomics Data Analytics, Inference and Visualization Portal | Genetics and Genomics | Q1 |
| Jinita | Sthapit | CHARACTERIZATION OF SEED TRAITS IN CAMELINA RECOMBINANT INBRED LINES AND MAPPING OF QUANTITATIVE TRAIT LOCI | Genetics and Genomics | Q2 |
| Bijorn | Usadel | The Camelina Plant Adaptation HUB database and resource | Genetics and Genomics | R1 |
| Dexter | White | CRISPR/Cas9-mediated gene editing to enhance seed oil in cover crops | Genetics and Genomics | R2 |
| Tingyuan | Xiao | Identification of Seed Specific Promoters with A Range of Expression Strengths | Genetics and Genomics | S1 |
| Manish | Sridhar | SoyHub - A hub for soybean-applied genomics prediction tools based on diverse soybean re-sequenced accessions | Genetics and Genomics | S2 |
| Mark | Smith | Induced Genetic Diversity in Camelina sativa: Exploring Chemical and Physical Mutagenesis Populations. | Genetics and Genomics | T1 |
| Xiao-Hong | Yu | Creating yellow-seed Camelina sativa with enhanced oil accumulation by CRISPR-mediated disruption of Transparent Testa 8 | Resilience and Metabolism | T2 |
| Rossella | Mastroberardino | Salt stress response diversity in camelina genotypes: insights on germination and early- root development stage | Resilience and Metabolism | U1 |
| Phil | Bates | Utilization of triacylglycerol remodeling to engineer increased hydroxy- and polyunsaturated containing fatty acids in Camelina sativa seed oils | Resilience and Metabolism | U2 |
| Demian | Dlakic | Nutrient Availability and Nitrogen Remobilization Efficiency Influence Seed Yield in Camelina | Resilience and Metabolism | V1 |
| Matthew | Garneau | Exploring lipid metabolism through isotropic tracing of cultured embryos: Implications for the engineering of Camelina and Related Crop Plants | Resilience and Metabolism | V2 |
| Sommath | Koley | Metabolic coordination between reproductive components for seed filling in the oilseed Camelina sativa | Resilience and Metabolism | W1 |
| Laura | Marek | US National Plant Germplasm System Camelina germplasm collection: a public resource | | W2 |
| Octavia | Roman | Spatio-temporal chemical modulation of root-associated-microbial communities in Camelina sativa | Resilience and Metabolism | X1 |
| Jiahong | Zhou | SIMPEL 2.0: Automating Untargeted Isotope Labeling Analysis and Pathway Elucidation | Resilience and Metabolism | X2 |
| Maneesh | Lingwan | Elucidating Fatty Acid Biosynthesis and Turnover in Camelina Seeds that Produce Medium Chain-Containing Lipids | Resilience and Metabolism | Y1 |
| Maneesh | Lingwan | Systems-Level Analysis of Extreme Differences in Fatty Acid Chain-Length Production: Natural Variants and Re-Designed Brassicaceae Oilseeds | Genetics and Genomics | Y2 |