Workshops and Training

Grow Your Expertise

Whether you are new to organ-on-a-chip or have experience using advanced 3D models, we have training options to ensure you stay informed, comfortable, and confident in your results.

I’m just getting started
I would like to expand my knowledge
Scientists in white coats working together in a laboratory with microscope

OrganoStart® Packages

Set up Organ-on-a-Chip In Your Lab

Kickstart your first experiments with the OrganoPlate platform through our OrganoStart packages. The packages are designed to fully support your first use of the OrganoPlate platform and include OrganoReady or OrganoPlate, OrganoFlow rocker, OrganoTEER device (optional), consultancy hours with our experts, and access to the E-learning.

Request a quote
OrganoReady product workflow with devices, e-learning, and consultancyWorkflow diagram showing OrganoReady products and e-learning support

OrganoStart Workshop

Hands-on Training for Beginners
‍
Learn the fundamentals of 3D tissue culture and get practical experience with the OrganoPlate® platform in our interactive, beginner-friendly workshop. Over two days, our scientists will guide you through both theory and hands-on lab sessions, covering:

Introduction to Organ-on-a-Chip and the OrganoPlate platform
Handling of cells and extracellular matrix gels for microfluidic devices
Establishing 3D tissue cultures: in-gel and perfused tubules
Fixation, staining, and imaging of 3D tissue cultures
Sign up for a workshop

Advanced Workshops

Take your expertise to the next level

‍Already experienced with Organ-on-a-Chip? MIMETAS provides workshops for advanced users to stay up to date with latest progress. We offer a plethora of organ models and assays that cater to your specific needs.

Arrange a Workshop

Get Inspired

See how researchers are advancing science with the OrganoPlate® platform. Explore real-world applications and success stories from our customers.

Microscopic view of blue cells with green cellular boundaries and nuclei
Publication
Validating Intestinal Toxicity in 3D Human Microvessels

Together with Merck, MIMETAS validated an OrganoPlate® intestinal model using Caco-2 cells to evaluate GI toxicity. The platform effectively distinguished between toxic and non-toxic compounds based on TEER responses, confirming its value as a predictive tool for preclinical drug safety assessment.

Read more
Microscopic cellular image with green, black, and red color gradient
Publication
Cancer Metastasis-on-Chip for Drug Discovery

Scientists from Hamad bin Khalifa University developed a  model combining breast cancer cells, fibroblasts, and perfused microvessels to study early metastasis. Using high-content imaging, they screened an anti-cancer drug library and found compounds like Imatinib that reduced tumor invasion and intravasation by strengthening the endothelial barrier.

Read more
Fluorescence microscopy images with green and red cellular protein staining
Publication
NFκB-driven inflammation in 3D microvessels

Using the OrganoPlate platform, researchers from Mahidol University modeled human microvessels and showed how TNFα triggers loss of barrier function, immune cell adhesion, and cytokine release via NFκB signaling. This highlights the platform’s value for studying vascular inflammation and drug responses.

Read more

Want More Inspiration?

Dive deeper into our library of whitepapers, webinars, publications, and application notes to explore how MIMETAS and our partners are pushing the boundaries of 3D tissue culture with the OrganoPlate® platform.

Explore our Resources