Iso10993 Standards Supported:
ISO 10993-5, ISO 10993-10
Test Types Offered:
Cytotoxicity, Sensitization, Irritation, Systemic toxicity, Implantation
Glp Compliant:
Yes
Contact Types Supported:
Surface contact, External communicating, Implant
Duration Types Supported:
Limited (< 24h), Prolonged (24h - 30d), Permanent (> 30d)
Lead Time Band:
Start in 0-2 weeks
Quote SLA:
< 24 hours
Has In House Toxicology:
Yes
Toxicology Capabilities:
MB Research Laboratories provides expert biocompatibility testing for medical devices in full compliance with ISO 10993 standards, FDA regulations, and Good Laboratory Practices (GLPs). Our integrated in vitro and in vivo testing capabilities help streamline your product development, reduce time to market, and support global regulatory submissions. Biological evaluations are essential for ensuring the safety and compatibility of medical devices used in human patients. ISO 10993 outlines the framework for these assessments based on the nature, duration, and type of device contact. MB Research designs customized testing programs to address the appropriate biological endpoints, from cytotoxicity, sensitization, and irritation, to systemic toxicity, implantation, and more. Medical devices are developed from a diverse range of materials like polymers, metals, ceramics, biodegradable composites, and novel substances, which come in many formats including scaffolds, coatings, gels, creams, liquids, fabrics, and finished assemblies. Whether you need testing of raw plastic materials (e.g., USP Class I–VI) or a fully assembled device, our scientists can craft a tailored biocompatibility testing plan that meets current regulatory expectations. With decades of experience supporting FDA submissions and international regulatory dossiers, MB Research ensures that your medical device testing is scientifically sound, GLP-compliant, and regulatory-ready. This assay tests for biocompatibility. The test article is extracted with DMEM media supplemented with 5% fetal bovine serum and tested on monolayer L929 mouse fibroblast cells based on the current ISO 10993‐5 standard. This protocol is a qualitative test to determine the potential of a test article to produce cytotoxicity. This assay tests for cytotoxicity by indirect contact. This assay is not appropriate for leachables that cannot diffuse through the agar or may react with agar. The test article is laid on an agar layer poured above a monolayer of L929 mouse fibroblast cells based on the current ISO 10993-5 standard. This protocol is a qualitative test to determine the potential of a test article to produce cytotoxicity. This assay tests for the cytotoxic potential of a test article when applied to a monolayer of epidermal keratinocytes or fibroblasts in culture.