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# ISO 10993-1

Biological evaluation of medical devices within a risk management process.

Reviewed by [Christian Espinosa, Founder, Blue Goat Cyber](/authors/christian-espinosa) Last reviewed May 5, 2026 

## Definition

ISO 10993-1:2018 describes the general principles governing the biological evaluation of medical devices within a risk management process, including selection of evaluation tests based on tissue contact and duration. 

What the regulation says

ISO 10993-1:2018 outlines a structured approach to biological evaluation as part of a risk management process, emphasizing that  [biocompatibility](/terms/biocompatibility) assessment should consider the nature and duration of device contact with the body. The FDA recognizes ISO 10993-1:2018, often supplementing it with specific FDA guidance documents, such as the "Use of International Standard ISO 10993-1, 

## What this means in practice

[Biocompatibility](/terms/biocompatibility) documentation is a routine requirement for any patient-contacting device. FDA's recognized version aligns with ISO 10993-1:2018 plus FDA-specific guidance. 

## Examples

-   A manufacturer of an implantable bone screw uses ISO 10993-1 to determine the necessary biological tests, including cytotoxicity, sensitization, and implantation studies, based on its permanent tissue contact.
-   For a single-use external bandage, a company applies the principles of ISO 10993-1 to justify conducting only cytotoxicity and skin irritation tests, considering its limited skin contact duration.
-   When redesigning a catheter with a new coating, a company refers to ISO 10993-1 to reassess biocompatibility implications and identifies the need for additional material characterization and systemic toxicity tests.

Common pitfalls

-   • Failing to integrate biocompatibility evaluation into the overall risk management process can lead to overlooked hazards. 
-   • Selecting inappropriate test methods based on incorrect assumptions about device contact or duration can result in inadequate biological evaluation. 
-   • Not considering the manufacturing process and its potential impact on the device's biocompatibility can lead to non-conformance. 
-   • Ignoring changes in device materials or intended use can invalidate previous biocompatibility assessments. 
-   • Solely relying on material certificates without conducting device-specific testing when necessary is a common pitfall. 

## Frequently asked questions

What is the primary purpose of ISO 10993-1? 

The primary purpose is to establish general principles for the biological evaluation of MedTech devices, ensuring their safety regarding interaction with biological systems. It guides the selection of appropriate tests based on risk assessment. 

How does ISO 10993-1 relate to risk management? 

Does ISO 10993-1 specify all necessary biocompatibility tests? 

## Related terms

Grouped by theme 

### Editor's picks

· Hand-selected related concepts 

[

Quality & Risk

Biocompatibility

Ability of a material to perform with an appropriate host response in a specific application.





](/terms/biocompatibility)

### Standards Stack for Medical Devices

· From this learning path 

[

Standards

ISO 11135

Standard for development, validation, and routine control of ethylene oxide (EO) sterilization.

Adjacent lesson 

](/terms/iso-11135?from=standards-stack)[

Standards

IEC 62366-1

Application of usability engineering to medical devices.

Adjacent lesson 

](/terms/iec-62366-1?from=standards-stack)[

Standards

IEC 60601-1

General requirements for basic safety and essential performance of medical electrical equipment.





](/terms/iec-60601-1?from=standards-stack)[

Standards

IEC 60601-1-2

EMC requirements for medical electrical equipment.





](/terms/iec-60601-1-2?from=standards-stack)

### Manufacturing & Supply Chain

· From this learning path 

[

Quality & Risk

Shelf Life

Period during which a device remains suitable for its intended use under specified conditions.

Adjacent lesson 

](/terms/shelf-life?from=manufacturing-and-supply-chain)[

Quality & Risk

Change Control

Formal QMS process for evaluating, approving, and implementing changes that could affect product quality or compliance.





](/terms/change-control?from=manufacturing-and-supply-chain)[

Manufacturing

Cleanroom Classes (ISO 14644)

ISO 14644 classification of cleanrooms by airborne particulate cleanliness (ISO 1 through ISO 9).





](/terms/cleanroom-iso-14644?from=manufacturing-and-supply-chain)[

Manufacturing

Design Transfer

Translating design into production specifications.





](/terms/design-transfer?from=manufacturing-and-supply-chain)

Cited by

Where this term appears across MedTech Terms.

Learning paths (2)

-   [Standards Stack for Medical Devices](/paths/standards-stack)Lesson 7 of 10 
-   [Manufacturing & Supply Chain](/paths/manufacturing-and-supply-chain)Lesson 7 of 14 

Ecosystems (2)

-   [Quality System](/ecosystems/quality-system)
-   [Startup Lifecycle](/ecosystems/startup-lifecycle)

## Primary references

3 sources 

Link health:  3 verified · last checked 2026-06-20 

ISO· 2 IEC· 1 

1.  [1 
    
    ISO 10993-1:2018
    
    Verified 
    
    ISO · iso.org 
    
    
    
    ](https://www.iso.org/standard/68936.html)
2.  [2 
    
    ISO Standards Catalogue - Health
    
    Verified 
    
    ISO · iso.org 
    
    
    
    ](https://www.iso.org/ics/11/x/)
3.  [3 
    
    IEC Webstore - Medical Equipment
    
    Verified 
    
    IEC · webstore.iec.ch 
    
    
    
    ](https://webstore.iec.ch/searchform&q=medical)

Inline markers like \[1\]  jump to the matching reference above.

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Card Lesson Quiz

Biological evaluation of medical devices within a risk management process.

-   · Biocompatibility documentation is a routine requirement for any patient-contacting device. 
-   · FDA's recognized version aligns with ISO 10993-1:2018 plus FDA-specific guidance. 

Remember this

Watch out: Failing to integrate biocompatibility evaluation into the overall risk management process can lead to overlooked hazards.

Related terms

-   [Biocompatibility ](/terms/biocompatibility)

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