ISO 10993: Biological Evaluation of Medical Devices (Biocompatibility) Fundamentals Training by Tonex
Modern medical devices face rigorous biological safety expectations and evolving digital oversight. This course orients engineers, quality leaders, and regulators to the ISO 10993 framework, ensuring safe materials, compliant testing, and defensible documentation. Cybersecurity intersects with biocompatibility as connected devices and e-records become the norm; integrity of biological data and protected design files must be maintained against tampering. Secure workflows reduce the risk that compromised results lead to unsafe clinical exposure. By uniting material science with trustworthy data practices, participants learn to plan evaluations that meet regulatory expectations and safeguard patients and organizations alike.
Learning Objectives
- Understand ISO 10993 structure and part interdependencies
- Translate device risk profiles into biological test plans
- Differentiate screening, characterization, and confirmatory testing
- Apply GLP and ISO quality requirements to study conduct
- Interpret toxicological risk assessments and margins of safety
- Build traceable, auditable design history files
- Draft labeling and post-market biological surveillance plans
- Address data integrity and cybersecurity risks in biological evaluation workflows
Audience
- Medical Device Engineers
- Quality and Regulatory Affairs Specialists
- R&D Scientists and Materials Engineers
- Clinical Evaluation and Risk Managers
- Product and Compliance Managers
- Cybersecurity Professionals
Module 1 – Standards Landscape
- ISO 10993 parts overview
- Scope and applicability
- Device categorization basics
- Contact type and duration
- Global regulatory alignment
- Key compliance pitfalls
Module 2 – Risk Management
- ISO 14971 linkage
- Biological hazard analysis
- Toxicological risk thresholds
- Benefit-risk articulation
- Residual risk documentation
- Change control triggers
Module 3 – Material Characterization
- Bill of materials granularity
- Chemical characterization plans
- Extractables study design
- Leachables assessment logic
- Solvent and time selection
- Data integrity controls
Module 4 – Biological Testing
- Cytotoxicity methods selection
- Sensitization and irritation
- Systemic toxicity pathways
- Hemocompatibility criteria
- Implantation study decisions
- Test article preparation
Module 5 – Toxicological Assessment
- AET and TTC principles
- PDE and MoS calculation
- Read-across and QSAR use
- Impurity and residuals handling
- Uncertainty communication
- Report structure and claims
Module 6 – Documentation & Readiness
- Biological Evaluation Plan
- Biological Evaluation Report
- Traceability and DHF links
- Supplier evidence packages
- Audit and inspection readiness
- Secure e-records and cybersecurity
Elevate your team’s mastery of ISO 10993 and protect both patients and product reputation. Enroll with Tonex today to build compliant, secure, and efficient biocompatibility programs that stand up to regulatory scrutiny and market expectations.