Omniscope osPharma - Engineer therapy

Introducing the Foundational model with osPharma.

The immune system is a dynamic, data-rich network shaped by disease, treatment, and time. Omniscope makes sense of this complexity through our foundational model of the immune system.

Omniscope's foundational model uncovers core principles of immune response and optimal cellular therapy design — accelerating drug discovery and disease diagnosis across cancer, autoimmune, infectious, and neuroimmune diseases.

We deliver insights for:
Predicting treatment response‍
‍Stratifying patients‍
‍Tracking immune dynamics‍
‍In-silico therapy design

‍Whether in drug development or clinical strategy, Omniscope powers a new era of precision immunology by placing the immune system at the heart of therapeutic success.

Decode the immune system.

Read.

Immunosequencing at scale.

High through-put TCR and BCR sequencing of T and B cells

Get in touch

TCR SEQUENCING (osT)
Provides full VDJ sequences and paired alpha/beta receptor chains of highly expanded clones to quantify and characterize T cell dynamics.

osT

Single-cell resolution T cell receptor profiling for therapeutic development.

BCR SEQUENCING (osB)
Provides full VDJ sequences, hypermutation profiles and heavy/light chain pairing to quantify and characterize B cell dynamics.

osB

Single-cell resolution B cell receptor profiling for therapeutic antibody design.

TCR SEQUENCING (osTCR)
Ideal for cost-efficient biomarker discovery and tracking, in large cohort studies.

osTCR

Single-molecule resolution for precise, quantitative T cell receptor profiling.

BCR SEQUENCING (osBCR)
Ideal for diagnostics and measuring efficacy/safety of novel therapeutics.

osBCR

Single-molecule resolution for quantitative B cell receptor profiling.

Analyze.

The gateways to immune insights.

Request demo

IMMUNE PORTAL (osIP)
Generate reports and leverage in-house AI enabled analysis for:
•  Public database matching
Track longitudinal dynamics across individuals and cohorts
•  Similarity networks (osNetworks)
•  Publication-ready visualizations

osIP

Omniscope immune portal provides comprehensive computational models to interrogate the immune system at cellular level.

IMMUNE DATABANK (osID)
Access and query individual and cohort immune profiles spanning major diseases and populations
• HLA, sex, disease, and therapy-matched cohorts for robust comparative analysis.
• Precision research value with clinical annotation and metadata.

osID

Omniscope immune databank built across populations, indications and outcomes.

Write.

Identify candidates for cellular therapy.

Get in touch

ImmuneGPT
A generative pipeline trained on Omniscope Immune Databank (osID: world's the largest immune receptor database) designed to create novel TCR-T candidates and accelerate therapeutic development.

ImmuneGPT

End-to-end generative pipeline for TCR-T design.

New product release soon.
Stay tuned.

Real science, true insights

Immune repertoire profiling to monitor response to therapies.

Experience the power of single-molecule resolution for deep, quantitative, and cost-efficient profiling of T and B cell repertoires.

‍Track clonotypes to identify and monitor immunotherapy response.

Repertoire dynamics

Characterize immunological response to therapy including clonal dynamics. Analyze longitudinal samples or variations between patients for comparison and contrast.

Database matching

Track T or B cell clonotypes from diverse samples, pre and post-treatment, longitudinally.

Quantify strength of response

Identify clonotypes indicative of response. Query response-signatures and explore their dynamics inter-patients.

Immune repertoire profiling to identify and predict responders to immunotherapies.

Leverage single-molecule resolution for deep, quantitative, and cost-efficient profiling of T and B cell repertoires.
‍
Determine which patients are likely to benefit from your drug.‍

Repertoire dynamics

Discover broader spectrum of expansion clonal dynamics across therapeutic regimen.

Clonotypes tracking

Identify and track clonotypes indicative of response to immunotherapy, pre and post-treatment, and longitudinally.

Quantify strength of response

Measure expansion profile dynamics of clonotypes of responding and non-responding patients to quantify and investigate response strength.

Immune repertoire profiling to predict adverse reaction.

Leverage single-molecule resolution for deep, quantitative, and cost-efficient profiling of T and B cell repertoires.

‍Discover patient populations that are at risk of adverse reactions with your drug.

Repertoire dynamics

Explore deep range of expanded clones and their dynamics. Analyze longitudinal samples or variations between patients for comparison and contrast.

Database matching

Compare clonotypes found in your samples to public databases and Omniscope’s comprehensive disease library.

Identify clones

Identify clonotypes indicative of disease signature for diagnostic purposes.

Immune repertoire profiling for your therapeutic breakthrough.

Experience the power of single-cellular resolution for deep, quantitative, and qualitative profiling of T and B cell repertoires.

‍Accelerate your therapy development by identifying and testing (in silico & in vitro) novel candidates for advanced cell therapy.

Uncover novel targets

Leverage the power of single-cellular resolution to identify receptor candidates for advanced cell therapy and accelerate your therapeutic development.