Decipher functional phenomics at single-cell resolution

Cell death



Cell death













Stemcell research



Functional Phenomics 

Research areas




We enable your research

Single-cell Multi-omics






Functional Phenomics


  • Enabling a robust link between multi-omics data and functional phenomics.

  • High-resolution temporal live-cell imaging of thousands of cells at a time.

  • Decipher cellular communication at single-cell resolution.

  • Highly parallelized multiparametric analyses. 

Be the spearhead of innovation

Let's partner in accelerating your research and success!   

Our aim is to advance your research relevance and impact


Unique Modular Instrument Set up

  • Automatically controls all the in-built processes for cell culture and analysis process. 

  • Regulates experimental design by integrated control software. 

Control Unit

Standard Imaging


  • Seamless integration with any imaging system. 

  • Easy to use microfluidic chips for single-cell encapsulation and array formation. 

  • A highly accurate platform for cell culture and real-time analysis.

Chip Array

Incubator Chamber

  • Cell incubator in a microtiter plate format, that holds microfluidic chips.

  • Full process control allows long-term live-cell analysis at physiologically relevant conditions. 

  • Fully automated cutting edge integrated microfluidic engineering, made in Germany. 

  • Long term on-chip multi-parametric analysis at physiologically relevant conditions. 

  • Highly parallelized analysis of thousands of cells/experiment in less than a few mins. 

  • Convenient and easy integration into standard laboratory infrastructure. 

  • Excellent one-on-one technical support. 

Our Innovation

Innovative MVP technology is based on a highly precise droplet-based microfluidic method (Hans Kleine-Brüggeney et al., 2018) that enables automatic single cell hydrogel encapsulation, followed by arraying these cell-laden beads for analyzing functional phenomics at single-cell resolution. 

First, the single cells are encapsulated into the hydrogel beads that provide a suitable microenvironment to the cells. This also allows you to increase the relevance of your data by analyzing cellular events in physiologically relevant 3D microenvironments. Then the encapsulated cells are automatically arrayed into the microfluidic structures.

Please click here to learn more about our technology. 


The whole process requires minimal user interface and the analysis takes a few minutes. Our unique multi-parametric analysis platform is highly parallelized, enabling deep insights into the functional phenomics analysis of thousands of cells at a time. 

Revolutionize your biomedical research



Workflow - Easy to use 

  • Easy and convenient sample to results in 3 steps.

  • Standard cell suspension sample preparation as known e.g. FACS sorting.

  • No prior microfluidic skills required.

  • Smooth integration into any laboratory setup. 


Early Access Program 

Advance your research one step ahead by linking your

multi-omics data with functional phenomics 

at single-cell resolution

MVP is your solution 

Grab the offer, Join our early access program. 

Learn more about our Early Access Program. You can reach to us at

Our expert scientists are happy to discuss your project to find the best optimized experimental approach for answering your unsolved research question.

After the system installation on your site, we will help you with training and will get you started asap.

We provide excellent one-one technical support in getting the best results for your research. 

Our promise is to support your research in each step to generate impactful data for publication.


Flexible & Plethora of applications

We have pioneered to combine the technological power of the high-throughput capability and on-chip multiparametric real-time temporal analysis in MVP.

Our innovative and cutting-edge technology revolutionizes the next generation biomedical research, aiming to connect the link between multi-omics data with functional phenomics at single-cell resolution. 


Some of the examples where the MVP can enable new insights and understanding in your research are:

Selected Functional Readouts

Cellular Interaction

Cell Death


Cell Division

Tumor Sphere Formation 

Day 1

Day 2

Day 3

Revolutionize & apply in various research areas 

Immuno-oncology I Cancer I Immunology I Neurodegenerative diseases 

Regenerative medicine I Stem cell biology I Microbiology I Autoimmune medicine 

Tell us your research challenge 

Together we find solutions   


Sample to Results - Data Analysis

We have the expertise to provide the most insightful results from your sample. Currently, we apply open-source analysis software platforms (e.r. CellProfiler, ImageJ) for data analysis. 

Based on different experimental designs, we can customize a robust and easy to use data analysis pipeline to answer the unresolved questions. 

Selected Analyses

Temporal functional gene expression profiling 

(Hans Kleine-Brüggeney et al., 2018)

Add functional phenomics at a temporal resolution to dataset

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