From Notes to Codes: A Simple Walkthrough of Diagnostic Code Mapping with Bioteknika

Last updated on
April 25, 2025

In healthcare environments where coding accuracy is vital and time is scarce, even the smallest inefficiencies can ripple downstream. That’s why Bioteknika’s Diagnostic Code Mapping tool exists—not to replace coders, but to empower them.

Whether you’re uploading a discharge summary or entering a short clinical note, our hybrid AI-assisted tool helps translate unstructured input into ICD-10 code suggestions—with clarity, speed, and contextual awareness.

Here’s how it works, with real-world examples to demonstrate how clinical input becomes code-ready insight.

How the Interface Works

On the Bioteknika Diagnostic Code Mapping screen, users can choose from two input options:

  1. Upload clinical notes or summaries (PDF or TXT, up to 200MB)
    • Our AI reads the uploaded document, identifies the likely diagnosis or diagnoses, and automatically populates the manual entry field.
    • The user then clicks Search to generate the ICD-10 code suggestions based on the extracted text.
  2. Manually type a diagnosis into a structured text field
    • Users can bypass the upload step by directly typing a diagnosis.
    • Clicking Search immediately returns the ICD-10 suggestions based on the input.

Our system evaluates each case and selects the top ICD-10 match if the confidence score exceeds a threshold that you provide, by default set to 90. 

Example 1: Typing a Common Clinical Complaint

Input:🖊️ Diagnosis Field: "Pneumonia with pleural effusion"

Output:

💡 These entries reflect a range of relevant terms matched by the model. In production, the top-scoring code above the confidence threshold would be returned.

Example 2: Manual Entry – Clinical Procedure Description

Input:

🖊️ Diagnosis Field: "Chronic lower back pain"

Output:

💡 Users can quickly review the match and finalize the appropriate diagnostic code with minimal back-and-forth.

The benefits

  • No need for manual ICD-10 lookup or keyword-based search
  • AI extracts relevant diagnoses from uploaded summaries
  • Suggestions are generated using AI with confidence scoring
  • In live use, only the top match (above threshold) is shown to simplify workflow
  • All inputs and selections are audit-tracked for compliance and traceability

Designed for Real Healthcare Workflows

  • Upload PDFs or text files to extract diagnoses automatically
  • Or type directly for quick lookups
  • Filters output based on scoring logic
  • Built to accelerate coding in high-volume environments
  • Secure and auditable by design

Diagnostic code mapping doesn't have to be slow, manual, or ambiguous. With Bioteknika’s AI-assisted tool, clinical teams can go from free text to focused ICD-10 insights—in just one step.

It’s not about coding faster. It’s about coding smarter.

Top Strategies for Maintaining ICD-10 Compliance and Adapting to Future Coding Changes

In the evolving world of healthcare, staying compliant with medical coding standards like ICD-10 is not just about following the rules—it’s about building a system that supports accuracy, minimizes financial risks, and prepares for future challenges. The stakes are high, and with the arrival of ICD-11 in several regions, the question isn’t just about meeting today’s requirements but ensuring adaptability for tomorrow.
Read post

From ICD-10 to ICD-11: What Healthcare Leaders Need to Know

Medical coding. It’s not a flashy subject, but it underpins every aspect of your healthcare system—from patient care and analytics to billing and compliance. For decades, ICD-10 has been the gold standard for coding. But today, healthcare leaders are beginning to ask, Is ICD-11 the step we need to take to future-proof our systems? In this blog, we’ll explore what ICD-11 brings to the table, why countries are adopting it, and how healthcare organizations can prepare for the transition. This isn’t just about compliance—it’s about staying relevant, efficient, and ready for the future.
Read post