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poster

A novel single-cell measurable residual disease (scMRD) assay for simultaneous DNA mutation and surface immunophenotype profiling


Holly Tillson

The Mission Bio AML single-cell MRD assay quantitatively characterizes SNVs and surface protein expression simultaneously across thousands of individual cells. In contrast, bulk NGS requires averaging across the entire population, preventing co-localization of joint genetic lesions or changes in cellular immunophenotype, and leukemia-associated immunophenotyping by flow cytometry can miss residual AML cells that have the same genotype, but different immunophenotypes from the diagnostic population. These methods are commonly discordant, leading to clinical questions for individual surveillance and treatment. Combining these assays with single-cell resolution overcomes these limitations and reveals subclonal populations that may harbor resistance mutations or unique therapeutic targets.


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poster
Single-cell Multi-omics Analysis Reveals Differential Lineage-specific Vector Copy Number Distribution in CAR-T Cell Products
Yilong Yang; Saurabh Parikh; Khushali Patel; Qawer Ayaz; Lindsey Murphy; Amanda Winters; Terry J. Fry; Mahir Mohiuddin; Hua-Jun He; John Elliott; Benjamin Schroeder; Shu Wang; Chieh-Yuan (Alex) Li
poster
High Throughput Single-cell Assessment of Genome Integrity and Toxicity Events Associated With Edited Cells
Chieh-Yuan (Alex) Li; Saurabh Parikh; Saurabh Gulati; Donjo Ban; Nechama Kalter; Michael Rosenburg; Qawer Ayaz; Joanne Nguyen; Benjamin Miltz; Yang Li1; Madhumita Shrikhande; Edward Szekeres; Ayal Hendel; Benjamin Schroeder; Shu Wang
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Single-cell Multiomic Clonal Tracking in Myeloma Identifies SMM Clones that Progress to MM and Low-Frequency MM Clones with Resistance Features Enabling More Precise Application of Targeted Therapies
Adam Sciambi
poster
Single-cell multiomic clonal tracking in myeloma identifies SMM clones that progress to MM and low frequency MM clones with resistance features enabling more precise application of targeted therapies.
Adam Sciambi
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