To save on precious antibodies and cells, CYTOO’s adhesive micropattern technology is also available in the smaller 10x10mm format: the CYTOOchips Mini.
CYTOOchips Mini have a simplified single array layout and are available with standard or customized cell normalization micropatterns. They can be purchased coated in fibronectin (fluorescent or not) or as a Ready-to-Coat surface. Protocols are available to coat proteins such as collagen, PLL, laminin or Matrigel.
The CYTOOchips Mini for Cell Normalization bear thousands of normalizing micropatterns which standardize cell shape and morphology down to their internal organization. Standard shapes include Disc, Crossbow, H, Y and L in three sizes.
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CYTOOchips Mini cell normalization
1. chips Mini ™
Cell Normalization
Quantitative Immunofluorescence Analysis.
Delivered.
2. Choose the right micropattern for your application
chips Mini Cell Normalization For custom micropatterns please contact us contact@cytoo.com
Disc Crossbow H Y L
Quantitative Immunofluorescence Analysis. Delivered.
To save on precious antibodies and cells, CYTOO’s adhesive Adhesive patterns
micropattern technology is now available in the smaller 10x10mm
format: the CYTOOchips Mini.
CYTOOchips Mini have a simplified single array layout and are available
with standard or customized cell normalization micropatterns. Cells
They can be purchased coated in fibronectin (fluorescent or not) or as a
Ready-to-Coat surface. Coating protocols are provided for commonly used
Description No Strong Symmetric Triaxial symmetry Single free edge
proteins such as collagen, Poly-Lysine, laminin or Matrigel®.
polarization polarization organization organization organization
CYTOOchips Mini are not compatible with CYTOOchambers.
Noteworthy . Array cells . Polarize cells . Control symmetric . Study Multipolar . Measure contractility
Applications . Control cell spreading . Study internal cell division divisions and . Measure subtle alterations
supernumerary
Benefits and key features Applications and contraction
. Control ciliogenesis
organelle/endomembrane
spatial organisation
. Quantify cell-cell
adhesion/contacts centrosomes
in spindle orientation
during mitosis
. Control asymmetric ... ... ...
All the benefits of adhesive micropattern technology in a smaller format • Cell shape and actin cytoskeleton (contractility, actin ...
cell division
to save on precious reagents and cells: polymerization, …)
• Single cell isolation and arraying • Cell signaling events (protein translocation, signal
• Normalization of cell morphology and behavior transduction, …)
• Improved assay reproducibility and increased sensitivity • Cell polarity and organelle positioning Tip: Use CYTOOchips 20x20 Starter’s when getting started with Cell Normalization micropatterns to identify which
• Powerful quantification of cell phenotype: • Cell division and mitotic spindle orientation micropattern(s) work best for your specific application and cell line
• Control of the location of cell compartments and protein networks • Endomembrane network analysis
• Ideal for immunofluorescence, high resolution confocal microscopy
and AFM
• Stem cell differentiation A non exhaustive list of cell types already published on micropatterns
• Straightforward robust image analysis • Epithelial cells (HeLa, RPE-1, CHO, MDCK, BSC, MCF10A) • Neurons and neuron progenitors (SH-SY5Y; hippocampal
• Simple chip layout • Fibroblasts (murine NIH-3T3, BHK) and cortical neurons)
• Adenocarcinoma cell lines (MDA-231, A549) • Stem Cells (Human mesenchymal stem cells, mouse embryonic
• Hepatic cell lines (HepG2) stem cells/mESCs)
Normalized cells for quantitative Reference Cell™: powerful • Primary cells (Rat astrocytes, Rat ventricular myocytes,
wide-field and confocal microscopy quantification of cell phenotype myoblasts)
From as few as 50 normalized cells, a stack Check here for an updated list of cell types: www.cytoo.com/celltypes
of images can be converted into a single
representative image of the cell population
phenotype: the Reference Cell. Layout of CYTOOchips Mini
The Reference Cell is a unique methodology
allowing comparability between reproducible and Low autofluorescence optical
standardized assays. grade glass
Learn more at www.cytoo.com/referencecell Standard coverslip
170µm thickness (1.5)
Array of up to
6,800 identical patterns
Simple chip layout, 70 mm2
patterned area
Images
of individual
normalized Average image Fully adhesive area Laser engraved CYTOO
HeLa cells arrayed on CYTOOchips Mini (Crossbow Medium). cells (Actin) (Reference Cell) For side-by-side comparison of patterned For error-proof chip orientation.
The periphery of the chip offers a fully adhesive surface to allow
and non patterned cells No GPS
side by side comparison of normalized cells with their non
patterned counterparts (Image taken on a wide-field fluorescence
microscope, 10x) 1 cm