Diagnostic Dimensions
A clinical catalog of Atria's seven foundational diagnostic modules. Each vector represents a critical intersection of computational biology and precision medicine.
Pharmacogenomics
Mapping the individual response to pharmacological agents. Our algorithm analyzes enzymatic variations to predict efficacy and toxicity risk across 240+ standardized medications.
Designed to surface medication-response patterns in a physician-readable format, this module helps contextualize metabolism speed, adverse reaction risk, and pathway-specific sensitivity across common therapeutic classes.
Disease Risk
Polygenic risk scoring integrated with longitudinal health markers. A prospective look at predisposition toward cardiovascular, neurological, and metabolic conditions.
Scores are framed as directional insight rather than diagnosis, giving users a more grounded view of where inherited risk may warrant earlier monitoring, preventive care, or deeper clinical review.
Carrier Screening
High-precision sequencing for autosomal recessive and X-linked conditions, designed for informed family planning with clinical-grade clarity.
The workflow emphasizes compatibility and inheritance interpretation, making it easier to identify clinically meaningful variants that matter in reproductive planning or family-level screening discussions.
Ancestry
Deep lineage mapping using reference populations that move beyond geography into migration patterns, admixture, and biological heritage.
Rather than offering broad regional labels alone, the module highlights population overlap and historical movement patterns to create a more nuanced picture of biological origin.
Nutrigenomics
Quantifying the interaction between nutrients and genetic expression, including metabolic efficiency, absorption, and food-triggered inflammation.
This layer connects genetic predispositions to day-to-day nutritional behavior, helping users understand where vitamin processing, tolerance, or inflammatory response may differ from population averages.
Performance
Analysis of muscle fiber composition, aerobic capacity genetics, and injury recovery markers optimized for high-utility athletic calibration.
The resulting profile is intended for practical training context, pairing output with interpretable indicators around recovery style, endurance bias, and strength-oriented adaptation tendencies.
Immunogenomics
The frontier of immune response sequencing, from autoimmune markers to viral susceptibility and the genetic architecture of adaptive response.
It provides a broader immune-system lens for users who want to explore how inherited variation may shape reactivity, resilience, and potential areas for deeper specialist follow-up.