TissueClick

TissueClick PELOBiotech GmbH

TissueClick Provides cell specific customizable biomimmetic ECMs formulations

TissueClick Ltd provides cutting-edge biomimetic components designed to enhance tissue culture processes, including their flagship product, PhenoDrive, which mimics the extracellular matrix to regulate cell phenotype and support cell viability.

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PhenoDrive Series

The PhenoDrive series is TissueClick's flagship line of synthetic biomaterials designed to mimic the extracellular matrix (ECM). These products are essential for promoting cell phenotype preservation and fostering the formation of 3D cell structures, such as organoids, without the need for gels or animal-derived components.

TissueClick PELOBiotech GmbH

Advantages

Biomimetic Functionality: PhenoDrive products replicate aspects of the ECM, which helps maintain the natural phenotype of cells during in-vitro culture.
Animal-Free: These products are fully synthetic and do not rely on animal-derived components, making them suitable for ethical research and reducing variability.
Ease of Use: PhenoDrives come as lyophilized powders that are easily reconstituted and incorporated into existing protocols. They can be applied as coatings for tissue culture plastics or integrated into bioinks for 3D printing.
Versatility: They can be used across a wide range of applications, including tissue culture, regenerative medicine, and drug screening.

Applications

3D Cell Culture: PhenoDrives facilitate the transition from 2D to 3D cell cultures by promoting spheroid formation.

Organoid Development: These products support the creation of organ-like structures that closely mimic in-vivo conditions.

Regenerative Medicine: PhenoDrives are used to maintain cell viability and functionality in tissue engineering applications.

In-Vitro Drug Screening: By maintaining the natural phenotype of cells, PhenoDrives provide a more accurate environment for drug testing.

Nanosperse

Nanosperse is a novel solution designed to simplify the dispersal of nanoparticles in experimental settings. It is particularly beneficial for researchers working with nanoparticle suspensions in cell/material interaction studies or particle sizing experiments.

Advantages

Prevents Aggregation: Nanosperse ensures that nanoparticles remain evenly dispersed in solution, preventing clumping or aggregation that can interfere with experimental results.
Reproducibility: By providing a consistent suspension of nanoparticles, Nanosperse enhances the reproducibility and reliability of experiments.
Time-Saving: The product offers a single-step process that simplifies nanoparticle preparation, saving researchers time compared to traditional methods.

Applications

Nanoparticle Research: Nanosperse is ideal for studies involving particle sizing, microscopy, and material interaction with cells.

Cell/Material Interaction Studies: It facilitates reliable testing of how nanoparticles interact with biological tissues or other materials.

Microscopy: The even dispersion provided by Nanosperse ensures clearer imaging results when studying nanoparticles under microscopes.