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Inflammation Associated Immune Impairment Drives Rapid Progression in Multiple Myeloma, William Pilcher
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Classroom Contents
AWSOM24 Conference - AI and Machine Learning in Single Cell Genomics
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- 1 Opening Statements, Saurabh Sinha, Julia Kubanek, Ravi Bellamkonda, Melissa Davis, Manoj Bhasin
- 2 KEYNOTE TALK I: Integrative Modeling of Multiscale Single-Cell Spatial Epigenome, Jian Ma, Carnegie Mellon
- 3 Evaluating the Impact of Rare Variants on Gene Expression Using Expression CROP-Sequencing, Emily Greenwood, Georgia Tech
- 4 Inflammation Associated Immune Impairment Drives Rapid Progression in Multiple Myeloma, William Pilcher
- 5 BREAK
- 6 Single Cell Multiomic Analysis of the Role of Arid1b in Fetal Brain Development and Neurodevelopmental Disorders, Yonina Loskove, Emory
- 7 Arterial cell Reprogramming Induced by Disturbed Flow and Hypercholesterolemia During Atherogenesis, Christian Park, Georgia Tech
- 8 Integrated Single-nuclei and Spatial Transcriptomic Approach Reveals Acute Endothelial Injury During Vein Grafting Procedures Validated by RNAScope, Marina Michaud, Emory
- 9 PFHpA Alters Lipid Metabolism and Increases the Risk of MASLD in Youth—a Translational Research Framework, Brittney Baumert, Keck School of Medicine
- 10 Lunch
- 11 KEYNOTE TALK II: Is Spatial Omics the New Single Cell Omics?, Jasmine Plummer, St. Jude Children's Research Hospital
- 12 Making a Model: Examining Distinct Transcriptional Programs Between Perianal Crohn’s Disease Patient-Derived Organoids and Corresponding Mucosal Epithelium Using Single-Cell Transcriptomics, Shanta …
- 13 A Single-cell RNA Sequence Approach in Assessing P311’s Impact on the Brown Adipocyte Heterogeneity in Brown Adipose Tissue, Steven Moreton, Morehouse School of Medicine
- 14 Accelerating Breakthroughs Using Single Cell and Spatial Tools, Ryan Mote, Science and Technology Advisor, 10X Genomics
- 15 In-situ Sequencing with the G4X: Enabling Spatial Biology at Scale, Fred Souret, Lead, US East Sequencing and Spatial Sales, Singular Genomics
- 16 MMRF Initiated Projects to Reveal Immune Microenvironment of Multiple Myeloma at a Single Cell Resolution, Chaitanya Chuck Acharya, Lead Scientist, Multiple Myeloma Research Foundation
- 17 OUT
