Human Cell-Based Assays

Fast.

Predictive.

Competitive.

Who We Are

At innoVitro, our team of scientists and engineers leads the industry as a Contract Research Organization (CRO) specializing in human-based cell analytics.

We excel in assessing functional and structural cellular readouts – including cell contractility, viability, connectivity and electrophysiology – with unmatched precision and throughput. Our cutting-edge technologies focus on speedlabel-free operationsreal-time analysis.

Our services are tailored to the needs of drug discovery, encompassing comprehensive preclinical safety assessments, toxicity evaluations, and efficacy studies of pharmaceutical and nutritional industries.

Reach out to test the effects of small moleculesbiopharmaceuticalsvector-based therapeuticsimmune therapeuticssiRNAs/miRNAsantibodies!

Get in touch

Cell-Based Assay Services

Explore our cell-based assay services, designed to monitor dynamic functional and cellular changes over time to gain valuable insights into contractile, morphological or general cellular responses.

Contractility
Electrophysiology
Viability
Live-Cell Analytics

Technologies

Discover our state-of-the-art cell-based assay technologies, the cornerstone of our services designed to elevate your cellular research fast and effectively!

FLEXcyte 96
CardioExcyte 96
AtlaZ

Latest News

Ensuring Safety and Quality of Botanical Extracts in Food and Dietary Supplements

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Safety and quality of botanical extracts in food and dietary supplements? This critical question was at the heart of the discussions at the Botanical Safety Consortium Summit, where our CEO, Matthias Gossmann, was co-presenting the important work of the Cardiotox Working Group alongside experts Shane R. Zhao, André Monteiro da Rocha and Joseph C. Wu. Together, we are driving forward collaborative efforts to address the safety concerns surrounding botanical ingredients and extracts.

LabINAR BREAK 4
online event
Enhancing cardiac cell therapy and tissue engineering by magnetic clustering?

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In this Labinar, we discuss magnetic targeting of transplanted cells and show a novel strategy of magnetically forced cell aggregation. Additionally, we will showcase the use of diseased hiPSC-CMs in the development of a personalized cardiac risk assessment strategy, spanning from 2D cultures to 3D organoid models.

Meet us at the 4th Next-Gen Organ-On-Chip & Organoids Workshop taking place in Basel, Switzerland, 13th - 14th of February 2025.

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Join us at this exciting event and don’t miss the presentation by Bettina Lickiss, titled "A Microphysiological System For Chronic Cardiotoxicity Assessment: Insights from HESI Working Groups".

Our Trusted Partners & Clients

innoVitro exemplifies outstanding customer service with a readily available and fantastic team. As members of the HESI Cardiac Safety Technical Committee, they are dedicated to improving public health by reducing unexpected cardiovascular side effects. Their up-to-date insights and expertise in diverse assays make them an exceptional collaborative partner.
Sonja Stölzle-Feix
Director Scientific Affairs
Nanion Technologies
We were very pleased with our choice to engage innoVitro’s contractility service. The studies using human iPSC-derived cardiomyocytes were tailored to our needs to provide results comparable to already existing (in house) data and the fast execution followed by a comprehensive study report completed the service perfectly.
Nina Glaser
Head of Early Safety Electrophysiology
Merck Healthcare KGaA
The FLEXcyte brings another dimension to iPS-derived cardiomyocyte based assays. Measuring contractility in such a direct and easy way allows us to understand the cell functionality better and will help us in both our product development and safety pharmacology research.
Choong-Seong (Henry) Han DDS PhD
CEO, Founder
NEXEL Co., Ltd.
Outstanding electrophysiology service on all levels. Working with innoVitro was such a streamlined experience. The dedicated team offers a friendly service with professional advice during every stage of the project. Very responsive and delivered as promised.
Prof. Dr. med. Jin Li
Head of Autoimmune Channelopathies
University of Zurich
I wholeheartedly recommend the CardioExcyte 96 and FLEXcyte 96 to any scientist seeking to explore cardiac contractility with precision and efficiency. These systems have undoubtedly enhanced the depth and accuracy of our research, contributing significantly to answering our scientific questions.
Dr. Yuanzhao (Nick) Cao
Institute for Molecular Bioscience
The University of Queensland
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