Poster Session
Abstracts for Poster Session – Day 1 – October 17, 2022
Abstract/ Poster # |
Name |
Title |
29 |
Maria Al Haddad |
Characterization of an Activating Cancer-Associated PI3KÉ‘ RBD Mutant |
87 |
Amber Amparo |
Defining the role of mitochondrial dynamics in regulating PDAC cell sensitivity to ERK and KRAS inhibition |
79 |
Fikret Aydin |
Understanding the Relation between Membrane Orientational States of RAS-RAF and Lipid-protein Fingerprints using Deep Learning |
63 |
Saskia Brachmann |
Mechanisms Of Tumor Resistance To KRASG12C/SHP2 Co-Inhibition In Non-Small Cell Lung Cancer Models |
11 |
Kate Brown |
RAS-Precision Medicine (RAS-PM) Trans-Atlantic Partnership: RAS and NF1 Co-Mutation in Non-Small Cell Lung Cancer (NSCLC) |
9 |
Leiah Carey |
Combinatory Structural Biology of NRAS Q61 Melanomagenic Mutants |
81 |
Beatriz Carreno |
KRAS-specific T Cell Receptors Directed at Common G12 Variants Exhibit Potent Cytolytic Activity and CD8 Co-Receptor Independence |
99 |
Christophe Cataisson |
RAS Oncogene Signal Strength Regulates Matrisomal Gene Expression and Tumorigenicity of Mouse Keratinocytes |
57 |
Wen-Hsuan Chang |
Investigating the Effects of the KRAS G12D inhibitor, MRTX1133, in Pancreatic Cancer Cells |
65 |
Jonathan Chernoff |
Unique Metabolic Effects of KRAS G12V in Colorectal Cancer Cells |
39 |
Geoff Clark |
A novel pan-RAS inhibitor for Malignant Peripheral Nerve Sheath Tumors |
25 |
Robert D'Ippolito |
A Top-Down Proteomic Assay to Evaluate KRAS4B-Compound Engagement |
27 |
Kristina Drizyte-Miller |
Targeting Mitochondrial Activity Using Small Molecule Activators of Mitochondrial Protease ClpP for Pancreatic Cancer Treatment |
69 |
Claire Gates |
Evaluating the Efficacy of Combined ERK and Autophagy Inhibition in RAS-Mutant Cancers |
37 |
Jill Hallin |
Effects of Adagrasib on Oncogenic Signaling, Immune Cell Regulation and Biomarkers of Response in Preclinical and Preliminary Clinical Analyses |
55 |
Moon Hee Yang |
Allosteric Regulation of Switch-II Controls K-Ras Oncogenicity |
31 |
Chuan-Hsiang Huang |
Cell autonomous and non-autonomous effects of oncogenic Ras mutations revealed by highly multiplexed biosensor barcoding |
1 |
Anisha Jain |
Evaluation of Repurposed Drugs Targeting SHP2 in Combination with Upstream Activators of KRAS to Conquer Resistance in KRAS Mutant Cells of NSCLC |
107 |
Prakrit Jena |
Phospholipase A2 Lipid Remodeling Activity Regulates Toxic Lipid Peroxide Accumulation in Cancer to Protect from Cell Death |
43 |
Christian Johnson |
Ala59 Mutants of KRAS Cooperate with Other MAPK Signaling Pathway Mutations in the Colon |
61 |
Hyungdong Kim |
Translation Initiation Factor 2B (eIF2B) stimulates mutant KRAS function in cancer |
109 |
Robert L Kortum |
|
51 |
Ozgun Le Roux |
A Tissue Sensitivity Atlas To Oncogenic RAS Mutations |
45 |
Chendi Li |
LKB1 loss rewires JNK-induced apoptotic protein dynamics through NUAKs and sensitizes KRAS-mutant non-small cell lung cancers to combined KRAS G12C + MCL-1 blockade |
3 |
Colin Lindsay |
RAS-BIO: A Comprehensive RAS Cancer Biobank Within the UK National Health Service |
95 |
Andrew Lu |
Targeting cancer cells with synthetic protein circuits |
77 |
Anna Magdalena Koester |
Multiplexed Super Resolution Microscopy for the Investigation of Nanoscale Spatial Systems Biology of Ras small GTPases on the Membrane |
15 |
Christophe Marcireau |
Identification of KRAS suppressor genes: An ORFeome library screening |
5 |
Chris Marshall |
NMR Studies of the Dimerization of Wild-Type and Mutant KRAS4b on a Lipid Bilayer |
101 |
William Marsiglia |
A Toolkit To Measure The Effects Of Protein-Protein Interactions On MAPK And PI3K-AKT Inhibitor Pharmacology |
35 |
Van Ngo |
Dynamics of Full CRaf Kinase in Unphosphorylated State |
49 |
John O'Bryan |
Identification of the nucleotide-free state as a therapeutic vulnerability for inhibition of oncogenic RAS mutants |
21 |
Jonathan Pachter |
The RAF/MEK Clamp VS-6766 as a Backbone of Therapy for RAS Pathway-Driven Cancers: Beyond Ovarian and Lung Cancers |
33 |
Bianca Parisi |
PDE6D Dependent Trafficking of K-Ras to Stemness Promoting Centriolar Organelles |
91 |
Unnatiben Patel |
Selective Targeting Of NRAS (Q61R) Mutant With Monobodies |
71 |
Olesja Popow |
Dissecting The Tissue-Specific Oncogenic Activity Of K-RasG12D |
103 |
Abhineet Ram |
A Data-Driven Approach to Predicting Ras/MAPK Pathway Activation with Downstream Target Genes. |
85 |
Ben Ringham-Terry |
The Role of SHOC2 in Skin Inflammation |
23 |
Ryan Robb |
Interplay and Compensation Between Autophagy and Macropinocytosis in ERK MAPK Inhibited Pancreatic Cancer |
73 |
Karla Satchell |
The RRSP Ras Protease Cleaves Ras to Drive Tumor Regression in Patient-derived Pancreatic Cancer Xenografts |
17 |
Genevieve Seabrook |
Real-Time NMR Multiplexed GEF Assay Allowing the Monitoring of Multiple GTPases Nucleotide Exchange from Cells and Organoids, Simultaneously. |
105 |
Nancy Sealover |
WT RAS Signaling is an Essential Therapeutic Target in RAS-Mutated Cancers |
97 |
Russell Spencer-Smith |
Germline RASopathy Mutations Provide Insights Into The Regulation Of Raf Family Kinases |
53 |
Beth Stronach |
Advocating for Research on RASopathies: Genetic Disorders of the RAS Signaling Pathway |
13 |
Kumiko Ui-Tei |
SNPD-siRNA: an siRNA Specifically Suppresses the Expression of a Target Gene with Single Nucleotide Mutation |
47 |
Wei Wei |
Genome-wide CRISPR/Cas9 Screens Reveal Shared and Bespoke Mechanisms of Resistance to SHP2 inhibition |
67 |
Yong Zhou |
Remodeling PS Acyl Chain Profile Regulates the Nanoclustering and Oncogenesis of KRAS4B |
Abstracts for Poster Session – Day 2 – October 18, 2022
Abstract/ Poster # |
Name |
Title |
10 |
Yoshimasa Asano |
Development of siRNA for KRAS and BRAF mutations using a cancer cell-derived Xenograft |
84 |
Philip Bryan |
Engineering subtilisin proteases that specifically degrade active RAS |
102 |
Rachel Burge |
KRAS allele-specific interactions reveal potential mechanisms in pancreatic cancer tumor initiation |
96 |
Tim Carpenter |
Dynamics And Lipid Interactions Of The RAS-RBD-CRD Protein Complex |
50 |
Fa-An Chao |
Probing ‘invisible’ conformational dynamics in KRAS using methyl adiabatic relaxation dispersion. |
70 |
Arthur Chow |
An Antagonist of KSR1-Driven Adaptive Resistance to Clinical RAS-MAPK Inhibitors |
40 |
Geoff Clark |
A Novel RAS Inhibitor for Pancreatic Cancer |
56 |
Jonathan DeLiberty |
Dual MEK and PIKfyve Inhibition as an Efficacious Therapeutic Strategy for Pancreatic Ductal Adenocarcinoma |
6 |
Matthias Drosten |
Capicua Is A Barrier To Lung Cancer Development Driven By KRAS Oncogenes |
32 |
Alexander (Cole) Edwards |
TEAD Inhibition Overcomes YAP1/TAZ-driven Resistance To RAS Inhibitors In KRASG12C-Mutant Cancers |
38 |
Natalia Garcia |
Preclinical Efficacy of the CRAF and BRAF Inhibitor LXH254 in combination with the MEK Inhibitor Trametinib in RAS-mutant and NF1-altered Rhabdomyosarcoma |
42 |
Xiangyu Ge |
Wild-type RAS/MAPK Signaling Complexes Mediate Adaptive Resistance to KRAS Inhibition in PDAC. |
106 |
Bill Gillette |
Frederick National Laboratory Protein Production At The RAS Initiative |
30 |
Jacob Haling |
SOS1 Inhibition Augments the Anti-Tumor Response of Targeted KRAS/MAPK Inhibitors |
14 |
Nicholas Heimann |
How to Design Effective Combination Therapies with KRAS Inhibitors |
64 |
Frank Heinrich |
The Structure Of Membrane-Bound KRas From Neutron Reflectometry And Molecular Simulation. |
16 |
Priya Hibshman |
MYC is a Major Driver of KRAS-Dependent Metabolic Abnormalities in Pancreatic Cancer |
98 |
Aaron Hobbs |
NUTRIENT AVAILABILITY REGULATES MACROPINOCYTOSIS AND SMALL MOLECULE INHIBITOR RESISTANCE IN KRASG12R-MUTANT PANCREATIC DUCTAL ADENOCARCINOMA |
108 |
Matthew Holderfield |
RM-042, a RAS(MULTI) (ON) Inhibitor Reveals that KRAS G12X Mutant Cancer Cells Are Highly RAS-Addicted |
90 |
Joshua Homer |
High Throughout Accelerated SuFEx Click Chemistry: A Tool For Discovering Lead Candidates Against Ras-Dependent Cancers |
4 |
Christopher Kemp |
Pharmacological Targeting of TFIIH Suppresses KRAS Mutant Pancreatic Ductal Adenocarcinoma and Synergizes with TRAIL |
68 |
Jeffrey Klomp |
Defining the KRAS-Regulated Transcriptome in KRAS-Mutant Pancreatic Cancer |
36 |
Yoshiaki Kobayashi |
The siRNA Seed Region Is Composed of Two Functionally Different Domains Which Have Different Effects on RNA Interference and Off-target Activities in Response to 2´-OMe Modifications |
58 |
Kari Kopra |
Protein-Probe – A Versatile Platform for Label-Free RAS Stability and Interaction Characterization |
62 |
Antonis Koromilas |
The integrated stress response (ISR) is a focal point of oncogenic pathways in the development of mutant KRAS lung cancer |
88 |
Jason Kwon |
Comprehensive structure-function evaluation of the SHOC2 holophosphatase reveals disease mechanisms and therapeutic opportunities |
24 |
Ye Lee |
Targeting Valosin-Containing Protein (VCP), a Regulator of the DNA Damage Response, for Pancreatic Cancer Treatment |
18 |
Rachel Lew |
Enhanced BRAF Engagement By NRAS Mutants Capable Of Promoting Melanoma Initiation |
66 |
Yonglan Liu |
The Mechanism of Bcr-Abl Activation in Chronic Myelogenous Leukemia |
80 |
Barbara Mair |
The Other SOS: Characterization of SOS2 as a Potential Drug Target in KRASmut Cancers |
26 |
Ana Martin-Vega |
Mechanisms Of ERK Action In MEK Inhibitor-Insensitive Lung Cancers |
60 |
Lauren McGee |
YAP signaling promotes resistance to MEK and AKT inhibition in NF1-related MPNSTs |
82 |
Yan Ming Ching |
Dual Inhibition of AXL and ERK Overcomes Compensatory Feedback Mechanisms Mediated by Adaptive Responses in PDAC |
74 |
Mubashir Mintoo |
RAS Inhibition Limits Neuroblastoma Tumorigenesis and Promotes Retinoic Acid Induced Differentiation in a Subset of NBL Tumors |
72 |
Bjoern Papke |
Deciphering Cell Cycle Plasticity to ERK Inhibition in KRAS-driven Pancreatic Cancer Cells at the Single-cell Level |
92 |
Unnatiben Patel |
Selective Targeting Of NRAS (Q61R) Mutant With Monobodies |
44 |
Ajit Prakash |
Characterization Of Kinetic And Redox Properties Of Oncogenic KRAS-G12C Inhibitors |
100 |
Yanixa Quinones Aviles |
Differential pathway engagement and the biological consequences of KRAS variants in cancer |
110 |
Kent Rossman |
A Crystallographic View of the Fast-Cycling KRAS Mutant, K117N |
8 |
Elisabeth Schaffner-Reckinger |
Novel High Affinity Inhibitors Of The K-Ras Trafficking Chaperone PDE6D |
48 |
shweta shree |
Nanodisc Based System For Investigating KRas4b Trafficking. |
86 |
Kamini Singh |
KRAS (G12C) mediated regulation of mRNA translation program |
34 |
Hitendra Solanki |
Cell Cycle and the DNA Damage Response Signaling as New Vulnerabilities in Cells with Acquired Resistance to Sotorasib |
20 |
Clint Stalnecker |
Determination of KRAS- and ERK-regulated Phosphoproteomes in KRAS-mutant Cancers |
52 |
Yaakov Stern |
CDK12/13 Inhibition Antagonizes Resistance to KRASG12C Inhibitors |
46 |
Heidi Vieira |
KSR1-Dependent Tumor Initiation in Ras-Driven Cancers |
76 |
Johanna Virta |
A Systematic Approach to Discovery of Protein-Protein Interaction Stabilizers |
78 |
Elizabeth Vo |
Discovery and Characterization of Oncogenic KRAS:RAF1 Conformational Modulators With a Novel Mechanism of Action in RAF1-Dependent Cancer Cells |
104 |
Andrew Waters |
Identification of Resistance Mechanisms to Direct KRAS Inhibition in Pancreatic Cancer |