Name: µ-Slide 8 Well high Bioinert
SKU: 4512
Availability: InStock

µ-Slide 8 Well high Bioinert

Superior to the standard ultra-low attachment (ULA) surfaces—stable, biologically inert surface for long-term experiments without any cell or biomolecule adhesion
Excellent microscopic quality without any autofluorescence—100% surface passivation combined with the highest optical quality of the ibidi Polymer Coverslip

A chambered coverslip with 8 individual wells and a non-adherent surface for spheroids, organoids, and suspension cells

Applications:

Generation and long-term culture of 3D cell aggregates (e.g., spheroids and organoids) without any scaffold
High resolution fluorescence microscopy of organoids, spheroids, embryoid bodies (EBs), and cells in suspension
Background-free analysis of cell-cell interactions
Prevention of stem cell differentiation due to attachment
Culture of suspension cells in a permanently unattached state
Self-assembly tumor spheroid formation assays
3D tumor spheroid models

Technical Features:

Chambered coverslip with 8 independent wells and a non-removable polymer coverslip-bottom

µ-Slide 8 Well^high with a non-adherent, passivated Bioinert surface

Bioinert surface with long term passivation—superior to standard ULA surfaces:

Ready-to-use without prior surface treatment or preparation
No adsorption, coating, or binding of proteins, antibodies, enzymes, and other biomolecules
Non-cytotoxic, biologically inert, and non-degradable

Imaging chamber slide with excellent optical quality for high-end microscopy

Individual well walls for minimizing well-to-well crosstalk and contaminations

Compatible with staining and fixation solutions

Biocompatible polymer material—no glue, no leaking

Also available with the ibidi Polymer Coverslip bottom with a tissue culture-treated surface: µ-Slide 8 Well^high ibiTreat for various experiments with adherent cells

Also available as an adhesive version without a bottom: sticky-Slide 8 Well^high

Also available with a Glass Coverslip bottom:
µ-Slide 8 Well^high Glass Bottom for special microscopic applications

Specifications

Bioinert Surface

Bioinert surface thickness	200 nm
Bioinert surface material	Polyol-based hydrogel
Protein coatings	Not possible