Frequently Asked Questions.

Everything you need to know.

Find our answers for your question here.

Are there more than 96 coatings available?2021-03-22T18:23:49+01:00

Yes, more coatings are available in the form of custom-made plates. Get in touch with us to find out all the possibilities on offer.

Can I culture cells in any unused wells of a myMATRIX iPSC plate after performing an experiment?‌2021-03-22T14:03:12+01:00

It is generally recommended to use unopened myMATRIX iPSC cultureware for new experiments. However, if not all wells of the cell culture plate are used, fill unused wells with a basal medium (e.g., DMEM/F12, Advanced DMEM) and leave the medium until use.

Can I culture cells in any unused wells of a myMATRIX MSC plate after performing an experiment?‌2021-03-17T23:27:18+01:00

It is generally recommended to use unopened myMATRIX MSC cultureware for new experiments. Sterility and stability of the myMATRIX MSC cannot be guaranteed otherwise.

Can I use the denovoMATRIX cultureware for cell-based assays and/or colorimetric/fluorescence staining?‌2021-03-22T13:53:46+01:00

Yes, the denovoMATRIX cultureware is compatible with most colorimetric and fluorescent stains as well as a variety of cell-based assays. In case a staining has not worked for you as expected, please get in touch with us here. We would love to get your feedback.

Do I have to prepare the denovoMATRIX surface coating before use?‌2021-03-17T22:43:38+01:00

The denovoMATRIX surface coating is ready-to-use from the packaging. No pre-incubation or washing steps are necessary.

Does myMATRIX iPSC support a xeno-free culture of stem cells?‌2021-03-20T09:12:47+01:00

The myMATRIX iPSC is chemically defined and free of any human or animal components. Hence, it enables the expansion of hiPSC in xeno-free culture conditions using commercially available xeno-free media.

Does myMATRIX iPSC support the long-term cultivation of hiPSC?‌2021-03-21T22:46:48+01:00

Yes, myMATRIX iPSC supports long-term expansion of hiPSC for up to 20 passages (over 100 days). Please refer to our application note for detailed information.

Does myMATRIX MSC support a xeno-free culture of stem cells?2021-03-22T16:29:12+01:00

The myMATRIX MSC is chemically defined and free of any human or animal components. Hence, it enables the expansion of hMSC in xeno-free culture conditions using commercially available xeno-free media. Please refer to our growing list of chemically defined or xeno-free media, which are compatible with myMATRIX MSC.

Does myMATRIX MSC support the long-term expansion of MSC?‌2021-03-20T23:39:45+01:00

Yes, myMATRIX MSC supports long-term expansion of MSC for up to 10 passages (50 – 60 days). Please refer to our Application note and peer-reviewed publication for detailed information.

How do hiPSC look like when cultured on myMATRIX iPSC?‌2021-03-21T23:02:23+01:00

At confluency, hiPSC cultured on myMATRIX iPSC show a classic iPSC morphology characterized by round, compact and well-defined colonies in which the cells exhibit a high nuclear-to-cytoplasmic ratio, prominent nucleoli and scant cytoplasm. However, the morphology can vary depending on the medium used. Please refer to our User Guide for detailed information.

How do hMSCs look like when cultured on myMATRIX MSC?‌2021-03-17T23:28:41+01:00

hMSC cultured on myMATRIX MSC will have a fibroblast-like, spindle-shaped morphology. In serum-containing conditions, hMSC will show a flattened and spread cell shape. In serum-free or xeno-free media, the cells will be smaller and more compact while maintaining the spindle shape. myMATRIX MSC supports attachment, proliferation and high cell viability in both serum-free and serum-containing conditions.

How is the denovoMATRIX surface coating produced?‌2021-03-17T22:50:26+01:00

The coating is based on the proprietary technology of denovoMATRIX. It is a mixture of a sulfated polysaccharide and a biomimetic peptide conjugate, which mimics functional features of the cellular microenvironment.

How is the quality control done?2021-03-17T23:25:00+01:00

Each lot of the screenMATRIX is routinely quality controlled for the ability to provide attachment to two cell types: human mesenchymal stromal cells and primary mouse neural progenitors.

How long does it take to deliver customMATRIX after using screenMATRIX?2021-03-21T23:00:13+01:00

Generally, we aim to provide your custom order in 3-4 weeks. Lead and delivery times may vary depending on customized orders. Please get in touch with us for detailed questions on lead time for customMATRIX products.

How many screenMATRIX plates should I buy?2021-03-21T23:13:36+01:00

We recommend a minimum of 3 technical with at least one experimental repeat. The total number of replicates necessary may vary based on cell type or the sensitivity of your assay. To enable your research and ensure appropriate sample sizes each pack of screenMATRIX contains 5 plates .

How should I store denovoMATRIX cultureware?‌2021-03-21T22:41:59+01:00

The denovoMATRIX cultureware should be stored in its original aluminum foil-based packaging at room temperature in laboratory conditions (18 – 28 °C). Under these conditions, it has a shelf life of 12 months.

Should denovoMATRIX cultureware be protected from UV light?‌2021-03-20T23:38:03+01:00

The denovoMATRIX cultureware is protected from UV light due to the aluminum foil-based packaging. It is not recommended to expose the denovoMATRIX cultureware to UV light for a longer time period.

What cell types can be cultured on myMATRIX MSC?‌2021-04-22T15:05:16+02:00

In contrast to other surface coatings, myMATRIX MSC is a biomimetic product, which has been specifically designed to support the expansion of human mesenchymal stromal cells (hMSC). Please refer to our list of reagents and cells, which have been successfully cultured on myMATRIX MSC. Although myMATRIX MSC has been tailored for hMSC, it may also support the attachment and proliferation of other adherent cell types.

Our screenMATRIX would be an excellent tool to identify functional coatings for your cells of choice. If intend to isolate MSC from tissue or you have further questions, please contact us.

What is the advantage of not using proteins?2021-03-21T22:57:13+01:00

Extracellular matrix proteins are commonly used to recreate important aspects of the cellular microenvironment. However, protein-based coatings are unstable and can show compositional inconsistencies between lots. They also require pre-coating steps before each use, which can result in coating variations due to different user handling.

denovoMATRIX coatings are chemically defined with high batch consistency. They are long-term stable  and are delivered ready-to-use in standard cell cultureware formats.

What is the recommended seeding density for MSC on myMATRIX MSC?‌2021-03-20T09:14:15+01:00

A seeding density of 3.000-8.000 cells/cm² is recommended. The cells should be sub-cultured upon reaching 80-90% confluence. Optimal seeding densities can vary based on donor, tissue source and medium used, and hence should be finally optimized by the user.

What is the recommended splitting method for myMATRIX iPSC?‌2021-03-22T18:24:48+01:00

myMATRIX iPSC supports clump-splitting as well as single-cell splitting routines, with and without supplements like Rho-associated, coiled-coil containing protein kinase (ROCK) inhibitor.

What is the recommended splitting ratio for myMATRIX iPSC?‌2021-03-22T18:25:16+01:00

myMATRIX iPSC supports high- and low splitting ratios. We generally recommend to split hiPSC at a ratio of 1:20-1:40 or at 10-20.000 cells/cm².

Where do I find the catalog or the lot number?‌2021-03-22T12:56:14+01:00

Catalog and Lot numbers are printed on the label of denovoMATRIX cultureware. Both numbers are also provided with the quality certificate sheet.

Which cell detachment solutions work with myMATRIX MSC?‌2021-03-21T23:05:24+01:00

myMATRIX MSC supports the use of a variety of cell detachment solutions including Dispase, Trypsin, trypsin/EDTA, TrypLE, and Accutase. For use with hMSC, we recommend using 0.5% Trypsin/EDTA or TrypLE Express Enzyme, and keeping incubation times below 5 minutes to minimize cell stress.

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