Claude-Powered Lab Report Processing for Personalized Nutrition
A digital platform that uses Claude Haiku 4.5 to read lab reports and extract blood biomarker information to turn them into structured data for personalized nutritional supplement formulation.
Client/Industry
A nutritional genetics company leveraged DNA insights to automate personalized dietary recommendations and wellness management.
Enhancements
- Claude-based Lab Report Processing
- Blood Biomarker Extraction
- PHI Detection and Redaction
- Personalized Supplement Formulation
- Support for Multiple Lab Report Formats
Services Delivered
- Claude API Integration
- Amazon Bedrock Integration
- Event-Driven AWS Pipeline Development
- PHI De-Identification Workflow
- Lab Report Data Extraction
- Biomarker Mapping
Tech Stack
- AWS Amazon Bedrock Claude API
- Claude Haiku 4.5
- Node.js
- React
Project Overview:
Over 88% of consumers have reportedly made dietary changes to improve their health, yet most still rely on broad nutrition guidance that does not reflect their individual biology.
GenoPalate wanted to make its personalized nutrition recommendations more accurate by adding blood biomarker data to its existing DNA and diet model. The challenge was that members uploaded lab reports as regular PDFs from different labs, so the formats, labels, and measurement units were not consistent.
Folio3 Digital Health built an AWS-based processing pipeline to handle these reports automatically. The system de-identifies PHI and uses Claude Haiku 4.5 through Amazon Bedrock to read the lab reports and extract the clinical values GenoPalate needs.
Those biomarker results are then mapped to GenoPalate’s nutrient model. The pipeline is live in production today and handles the lab reports GenoPalate members upload through the product, giving GenoPalate another source of individual health data to use when creating personalized supplement formulations for each member.
Challenges Faced by Our Client
- Inconsistent Lab Report Formats Members submitted bloodwork from many different laboratories, with different layouts, labels, units, and document structures.
- Limited Report Compatibility The existing system worked with predictable report formats, but new ones required new rules to read and extract the data correctly.
- Sensitive Health Data Protection Lab reports contained PHI, which had to be detected and removed to meet HIPAA requirements before the document could move through the AI workflow.
- Inconsistent Biomarker Data Usage Processing lab reports inconsistently made it difficult to use their biomarker data reliably in GenoPalate’s personalization model.
- Lack of Third-Party Integration Billing systems & external health tools (e.g., wearables, EHRs, or fitness apps) remained disconnected from the main system.
Solutions We Gave
Claude-Powered Biomarker Extraction
- Claude Haiku 4.5 runs through the Claude API on Amazon Bedrock and reads the lab report content.
- It extracts the clinical biomarker values GenoPalate needs from reports with different layouts, labels, and units, reducing reliance on format-specific parsers.
Structured Biomarker Mapping
- The extracted values are converted into structured biomarker data and mapped to GenoPalate’s nutrient model.
- This allows blood test results to become part of the information used to create personalized nutritional supplement formulations.
Secure Lab Report Processing
- We built a HIPAA-compliant platform with an event-driven AWS pipeline that validates uploaded lab PDFs, detects and redacts PHI, and prepares Markdown for further processing.
- This gives GenoPalate a consistent way to prepare reports from different laboratories before sending the required information to the AI workflow.
HIPAA-Compliant Subscription Flexibility
- Our HIPAA-compliant platform's try-before-you-subscribe option allows users to experience personalized nutrition insights before committing to supplement subscriptions.
- For continued guidance, a six-month subscription includes optional consultations with a resident dietitian.
Impact Produced
-
8x Increase in Lab Report Processing Adoption
Adoption of GenoPalate's lab report processing feature has increased 8x since the Claude-powered pipeline went live. -
Deeper Biomarker-Based Nutrition Personalization
Supplement formulations can use blood biomarker data alongside DNA and dietary information, giving GenoPalate a more complete picture of the member’s biology. -
Scalable Lab-to-Formulation Processing
Members can upload their lab report, have the required biomarkers extracted, and use those results as part of their personalized supplement formulation.
Our Tech Stack

AWS

Node JS

React
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