insitro, inc. at ASHG 2026

Oct 20–24, 2026 Montréal, Canada ~7.5k attendees Website

insitro, inc. brings 5 presentations to ASHG 2026 in Montréal. Its program at this meeting centres on computational genetics, multimodal phenotyping, and therapeutic discovery. Its presentations cover AI-enabled retinal and MRI phenotyping for genetic discovery and an optical screen for TDP-43-related splicing in human motor neurons.

OrganizationASHG 2026 Attendance
insitro, inc.
South San Francisco, California
2 Staff Data Scientist · 1 Statistical Geneticist · 1 Scientist I · 1 Scientist
Private company~260 people
insitro develops therapeutics and AI discovery platforms using causal human biology, machine learning, and multimodal human and cellular data. Its focus includes metabolic disease, neuroscience, and oncology.
insitro appointed Hideo Makimura as chief medical officer to lead its transition into a clinical-stage company.
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insitro appointed Hideo Makimura as chief medical officer to lead its transition into a clinical-stage company.
2026-09 · source
insitro presented preclinical data showing its AI-discovered MASH drug candidate has anti-fibrotic effects beyond liver fat reduction.
2026-06 · source
insitro expanded its strategic collaboration with Bristol Myers Squibb to include two new ALS drug targets.
2026-03 · source
Source: company newsroom
Raised $400M Series C (Mar 2021)
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Led by CPP Investments; the most recent disclosed funding round for the company. · 2021-03-15
“insitro today announced that it has raised $400 million in a Series C financing.”
Source: funding announcement
Poster
Wed Oct 21
2:30 pm
Poster
Thu Oct 22
4:15 pm
Genetics-guided phenotype imputation increases GWAS power without increasing sample size: age-related macular degeneration as a case study
Collaborators: University of Oxford, Ellison Institute of Technology
Genome-wide association studyLarge-scale biobanksElectronic health recordsMethodology
Poster
Thu Oct 22
4:15 pm
ML-based MRI phenotyping of supraclavicular fat enables genetic discovery of human brown adipose tissue
Deep learningGenome-wide association studyStatistical geneticsPhenotype
Poster
Fri Oct 23
2:30 pm
★ Reviewers’ Choice
Retinal Imaging AI augments association power for GWAS of age-related macular degeneration
Collaborators: University College London
Artificial intelligenceComplex diseasesGenome-wide association studyMachine learning

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