Poster Session Info - October 7th
Poster board dimensions:
4 feet high by 6 feet wide
The boards are equipped with Velcro and pushpins.
| Poster # | Submitter | Title |
| 2 | Lola Zerbib | Activating variants in RIT1 cause central conducting lymphatic anomaly |
| 4 | Yan Ma | The role of RAS GTPase proteostasis in PDAC |
| 8 | Ronald Hill | Daraxonrasib (RMC-6236) is an effective targeted therapy for RAS-mutant neuroblastoma |
| 14 | Esther Castellano | Tumor-intrinsic KRAS variants differentially instruct fibroblast and extracellular matrix states in lung adenocarcinoma - WITHDRAWN |
| 18 | Priya Hibshman | Oncogenic KRAS mutations drive estrogen independence and induce targetable vulnerabilities in treatment-resistant ER+ breast cancer |
| 20 | Natalia Ignatenko | Difluoromethylornithine modulates mutant K-RAS signaling pathways in pancreatic cancer cells |
| 22 | Alec Berman | Initial Findings of the NIH Surveillance for Malignant Transformation of Neurofibromatosis Type 1 (NF1) Related Peripheral Nerve Sheath Tumors (PNST) Observational Study. |
| 24 | Madison Tia Chappel | Systematic quantitation of Ras activity using NMR |
| 26 | Maria Al Haddad | Insights into Phosphoinositide 3-kinase α Cancer-Associated RAS Binding Domain Mutations: Activation and RAS Isoform Interactions |
| 32 | Luca Mazzarella | GAP, MAP or both? NF1 regulates microtubular repair through its RAS-GAP domain |
| 34 | Betty Chu | Engineering RASProteases for substrate-selective active RAS cleavage and inhibition of KRAS signaling |
| 36 | Haley Francis-Todd | MRAS reduces sensitivity to KRAS inhibition and facilitates ERK and PI3K signaling rebound in pancreatic cancer |
| 40 | Mark Philips | KRAS4A Directly Regulates Methionine Synthase Establishing a Rationale for Combination Therapy with KRAS Inhibitors and Antifolates |
| 42 | Peter Johnson | TOLLIP organizes an isoform-selective perinuclear signaling program in KRAS- and NRAS-mutant cancers |
| 48 | Jennifer Mehalko | Investigation of Neurofibromin 1 protein activation using different expression systems |
| 50 | Matthias Drosten | ETV4 and ETV5 direct a Capicua-controlled transcriptional program driving sotorasib resistance in KRAS-mutant lung adenocarcinoma |
| 52 | Jacob Neumann | Survivin Promotes the Formation of a Microtubule-Based Glycolytic Hub |
| 54 | Robert Beal | Non-canonical BRAF mutations impact leukemogenesis and cellular response to therapy in AML |
| 60 | Jinmin Zhang | Understanding USP13 as a Therapeutic Vulnerability in Cell-of-Origin-defined, KRAS-driven Lung Cancer |
| 64 | Lucille Ferret | Overcoming resistance to KRAS inhibition in co-mutated KRAS/PIK3CA colon cancer |
| 66 | Patrick Pfaff | Dual catalytic targeting of K-Ras via synergistic coupling of GAP-mimetic hydrolysis and PROTAC-mediated degradation |
| 70 | Hasmik Avagyan | Revealing Mutation-Specific Oncogenic RAS Clustering Patterns on Plasma Membrane using Nanobar Arrays |
| 76 | Grace Scheidemantle | Utilizing Parallel Reaction Monitoring (PRM) Analysis to Identify and Quantify Phosphorylation Sites of BRAF and MEK Proteins |
| 78 | Picabo Binette | Functional pleiotropy and allelic hierarchy of allele-specific tri-complex RAS-ON inhibitors |
| 80 | Victoria Bowcut | Exploiting the Unique Switch II Pocket Ligandability of the Pathogenic Rac1 Alternative Splice Variant Rac1b |
| 82 | Leonard Ash | The impacts of KRAS alleles on resistance to daraxonrasib |
| 84 | Brandon Mouery | VS-7375, a non-covalent dual ON/OFF KRAS G12D inhibitor, displays superior activity relative to ON-only RAS inhibitors in preclinical models of pancreatic cancer |
| 86 | Mumina Sadullozoda | Harnessing lipid metabolism to treat drug tolerant persister cells |
| 88 | Ryan Mouery | Strong durable tumor regressions with the KRASG12D ON/OFF inhibitor VS-7375 in combination with PRMT5 inhibition in MTAP-deleted/KRASG12D-mutant pancreatic cancer |
| 90 | Shuodan Zhang | Safety and feasibility of pre-radiation RAF-MEK and FAK/Pyk2 inhibition in newly diagnosed Glioblastoma: rationale and design of a pre-radiation multicenter trial |
| 92 | Ayodele Omotoso | Recurrent HRAS G12V Hotspot Candidates Define a RAS-Altered Subset of Nigerian High-Grade Serous Ovarian Cancer |
| 94 | Joanne Tobacman | Regulation of RAS-GTPase Activity by Oncofetal Chondroitin Sulfate (Chondroitin 4-Sulfate) and Arylsulfatase B |
| 96 | Jean Castillo | Optically induced KRAS nanoclustering engages RAC1 crosstalk to drive ERK activation. |
| 98 | Brajendra Tripathi | Mechanism-Based Targeting of Mutant KRAS-Driven Pancreatic Cancer |
| 100 | Joseph LaMorte | KEAP1/STK11 Co-mutations Program Broad Resistance to Mechanistically Diverse KRAS Inhibitors While Exposing Exploitable Metabolic and Genomic Vulnerabilities in Persister Cells |
| 102 | Isabela Fuentes | EGFR signaling in KRAS-mutant lung adenocarcinoma |
| 106 | Sara Hook | Building High-Performing R&D Cultures and Empowering the Next Generation of Scientific Leaders |
| 108 | Jessie Villanueva | Targeting S6K2 Eliminates RAS Inhibitor–Tolerant Persister Cells and Overcomes Resistance in NRAS-mutant melanoma |
| 110 | Hyun Lee | HRAS promotes mutant NRAS–driven transformation with codon and allele specificity |
| 112 | Rony Francois | LKB1 signaling opposes SHOC2-mediated RAF activation and inhibits MAPK signaling |
| 114 | Rony Francois | STK11 promotes a regulatory RAF protein-protein interaction, which is disrupted by active RAS |
| 116 | Justin Bromell | Kinase Activated Relays (KARs) to Target RAS-Driven Cancers |
| 118 | Bamidele Towolawi | Targeting the SHOC2–MRAS Complex with GNG2-Derived Variants Suppresses MAPK Signaling |
| 120 | Marielle Yohe | Impaired effector engagement and endosomal mislocalization underlie pathogenicity of the atypical Costello syndrome-associated HRAS variant S89C |