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Human genetics at scale requires sequencing that doesn’t make you choose between quality, throughput, flexibility, and cost. At ASHG 2026, visit us at booth #1108 to explore how VITARI™ and AVITI24™ are enabling population genomics, rare disease research, complex variant analysis, and multiomic workflows.
Posters
Next‑Generation Multiplex Hybrid Capture and Sequencing Enabled by Workflow Integration and Enhanced Library Complexity
Author: Sangwon Lee, Agilent
Improved sequencing of difficult regions reduces variant calling errors
Author: Meredith Ashby, Element Biosciences
Targeted in situ SNP genotyping enables single-cell identity deconvolution for scalable human cell village studies
Author: Andrew Boddicker, Element Biosciences
Time-series single-cell multiomics on AVITI24 captures transcriptional morphological consequences of acutely depleting the neurodevelopmental gene SETD5 in hiPSCs
Author: June Zhao, Element Biosciences
Spatially Resolved Mapping of Intratumor Clonal Architecture in Human Tumors Using Direct In-Sample Sequencing
Author: Ben Krajacich, Element Biosciences
Scientific agenda
CoLab Theater Presentation
Title: Decoding Disease Mechanisms with Multimodal Cellular and Spatial Profiling
Date: Wednesday, October 21, 2026
Time: 1:00 PM – 1:30 PM
Location: Exhibit Hall, CoLab Theater #2
Speaker:
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Abbey Cutchin Director, Product Management Element Biosciences |
Industry Education Session
Title: From variant discovery to biological insights: NGS and multiomics workflows for understanding genetic disease
Date: Wednesday, October 21, 2026
Time: 3:00 PM – 4:00 PM
Location: Meeting Room 514BC
Learn how VITARI and Cytos are enabling cost-effective, high-throughput approaches to detecting and understanding the biological impact of genetic variants.
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Presentation: Whole Genome Sequencing of Rare Disease Samples on VITARI
Speaker: Mike Eberle, PhD., VP Computational Biology and Informatics, GeneDx -
Presentation: Time-series single-cell multiomics on AVITI24 captures transcriptional and morphological consequences of acutely depleting the neurodevelopmental gene SETD5 in hiPSCs”
Speaker: Prof Alon Goren, UCSD Institute for Genomic Medicine
