Join us at ASHG 2025 to explore how Illumina is shaping the next wave of biology. Discover our latest innovations in sequencing, informatics, array, and library prep solutions designed to deliver multidimensional insights at scale. From scalable single-omic to fully connected multiomic workflows, Illumina empowers researchers to unlock every assay, every variant, every layer of biology from genome to proteome. Whether you're advancing population-scale studies or resolving biology at the single-cell level, come see how Illumina can partner with you to accelerate discovery, redefine standards, and maximize impact.
Visit Illumina booth 1019 to explore our latest products, workflow innovations, and strategic partnerships. Join our Industry Education sessions and Co-Labs to see how we’re advancing the future of genomics.
Wednesday, October 15
12 noon–1 PM (ET)
Room 153 ABC
Thursday, October 16
12 noon–1PM (ET)
Room 154
Thursday, October 16
3 PM–4 PM (ET)
Room 151A
Thursday, October 16
10:15 AM–10:45 AM (ET)
CoLab Theater 1
Thursday, October 16
1:30 PM–2:30 PM (ET)
Friday, October 17
8:30 AM–10 AM (ET)
Friday, October 17
5 PM–6:30 PM (ET)
Title | Authors | Poster # |
---|---|---|
Expanded content and improved performance of Illumina Protein Prep | Mike Dorwart, Fiona Kaper | 4079T |
Illumina-based ex situ whole transcriptome workflow for human brain utilizing large area capture substrate and a scalable end-to-end software solution | Kevin Thai, Darren Segale | 4052T |
Haplotype-resolved variant detection in medically relevant and paralogous genes using multi-region joint detection with Illumina constellation mapped reads | Shunhua Han, James Han | 4084F |
Constellation mapped read technology delivers a highly comprehensive human genome from a variety of DNA inputs | Louise Fraser | 4034W |
Innovations to improve scaling and automation for massive single cell Perturb-seq studies using magnetic-doped particles for free-scale particle-induced cell partitioning | Carolyn Conant | 4081W |
Accurate full-length V(D)J clonotype detection using high quality long reads on MiSeq i100 | Dorothea Agius, Emily Parker | 4024W |
Long-range genomic distance estimation from flow cell proximity in constellation mapped reads enables detection of balanced rearrangements and STR expansions | Pascal Grobecker, Mitch Bekritsky | 4090T |
Exploring the versatility of the Illumina MiSeq i100 sequencer for comprehensive RNA profiling | Dorothea Agius, Emily Parker | 4054W |
Illumina 5-base sequencing resolves complex central nervous system cancers and rare and undiagnosed genetic diseases | Lisa Watson | N/A |
Join us for an exciting and inspiring event where you can engage directly with Illumina experts and dive deep into insightful discussions, along with long lasting networking opportunities.
Tuesday, October 14
7:30 PM–9:30 PM (ET)
Westin Boston Seaport District Hotel
425 Summer St
Boston, MA 02210
Meeting Room: Grand Ballroom A-B