A Medical Device, Toxicology and Life Sciences Consultancy.

Helping industry develop Robust, Safe and Effective Healthcare Products and Life Science Solutions.

Product Design

Biological and Chemical Data

Manufacturing and Product Realisation

Product Management

Discover more about MedRow Scientific’s Medical Device Services:

Solutions for all stages of Medical Device development

Scientific support in early development, technology transfer and manufacturing of Medical Devices

Specialising in:

Risk Assessment (ISO 14971), Biological Evaluation (ISO-10933), Toxicological Risk Assessment for Medical Devices (ISO 10093-17)

Toxicology

For Platform Developers, End Users and to the Medical Device Industry.

New Approach Methodologies

  • Research and Strategy consulting to developers of NAMs for Human Toxicology testing

  • Advice to end users on incorportating NAMs into discovery workflows

Infographic with title "New Approach Methodology for Toxicology (Animal-Free)". Toxicology consulting services for in vtro models. Toxicology for medical devices.

Medical Device Toxicology

  • Toxicology study design to understand and mitigate identified risks or investigate unexpected research data specific to your Medical Device

  • Toxicological Risk Assessment of raw materials or the Chemical Charcterisation data for your Medical Device by a European Registered Toxicologist (ISO 10993-17)

Risk mitigation experiemnts for medical device development
Medical Device Chemcial Characterisation infographic. ISO 10993 testing and toxicological risk assessments. European Registerd toxicologist, Toxicological risk Assessment service. ISO 10993-17

Research Model Development

  • Select the right cell, tissue, organ or animal models

  • Develop new models of health and disease

  • In vitro, ex-vivo and in vivo model assay optimisation

Immunostained images of long term cell cultures in New Approach Methodology (NAM) culture system

Research Model Characterisation

  • Deeply phenotype your research models

  • Understand strengths and limitations

  • Optimise assays and endpoints

  • Validate the model for your use cases

PCA plot of proteomics data from New approcah methodology (NAM) model of human liver
Venn diagram intersecting circles labeled 'Cell models', 'In vivo models', 'Informatics', and 'Clinical samples'. Intergrated reserach techniques to toxicology. Multiplexing standard and advanced methodologies in toxicology.

Research Model Deployment

  • Design of discovery experiments

  • Optimisation of discovery workflows

  • Publication strategies and data presentation