Multi-well formats


NEXTERION multi-well slides
Multi-well microarray substrates allow the parallel analysis of multiple biological samples against focused subsets of probes. The multi-well format permits a number of versatile assay designs such as multiplexed experiments, sideby- side comparisons, or replicate experiments to be performed. Additional advantages of using multiple well formats include higher array-to-array reproducibility and lower experimental costs when compared to conventional single-array substrates. SCHOTT can offer multi-well coated substrates in two formats: NEXTERION® MPX-16-wells on a 75.6 mm x 25.0 mm glass slide, or the NEXTERION® MPX-96-wells in microplate format. The MPX-16 slide is fully compatible with standard microarray slide printers and scanners, whereas the MPX-96 conforms to the SBS standard format commonly used in clinical diagnostics and drug discovery. The multi-well formats are available with functional chemistries and coatings that are identical to the standard NEXTERION® slides, allowing assays to be easily transferred to the high throughput multiwell formats.


Formats Immobilization method Typical applications
16-well slide
48-well slide
96-well SBS microplate
Various • Surveillance chips
• Virus or bacterial identification
• Molecular diagnostics
• Dose response studies
Key product features
• Simultaneous analysis of multiple biological samples in one microarray experiment
• Excellent reproducibility compared to conventional single-array applications
• Optimal use of limited sample material
• Substantial reductions in cost per experiment
• Compatible with standard commercial printing, liquid handling and scanning equipment

Immobilization chemistry

NEXTERION® coating Type NEXTERION® MPX-16 Item number NEXTERION® MTP-96 Availability
None Uncoated glass 1079386 Also available without 96-well patterning
A+ Aminosilane 1078353 available
AL Aldehydesilane 1078355 available
E Epoxysilane 1078354 Also available without 96-well patterning
H 3-D thin film polymer with NHS-ester 1091524 Not available

Product details

Hydrophobic multi-well patterning
The microarray quality glass substrates are printed with either a 16- or 96- well hydrophobic patterning, and are available with a number of functional coatings, making the both formats suitable for most microarray applications using DNA, proteins, or other bio-molecules as probes. The black patterning material serves several important functions, one of which is to create the individual wells that act as a hydrophobic barrier preventing cross contamination between the arrays. The well pattern also serves as a registration aid for probe deposition, and a reproducible surface for the adhesion of the silicone superstructure. The absence of well rims makes NEXTERION® multi-well substrates compatible with all microplate arrayers and significantly reduces print times compared to substrates that have recessed wells. The patterned glass substrates have a corner indicator to provide an unambiguous orientation mark. Most modern robotic arrayers are equipped to handle the 96-well microplate formats, and many have pre-programmed definitions for both the NEXTERION® MPX-16 slides and NEXTERION® MPX-96 plates, simplifying the set up process for users. Information on compatible arrayers and detailed instructions for printing into the NEXTERION® multi-well formats are available on request.

Avoidance of cross-contamination
Cross contamination is avoided during multiplexed hybridization as a result of the 16- or 96-well hydrophobic patterning, and the use of the optional self-adhesive silicone superstructures.
No cross contamination on NEXTERION multi-well slides
The figure shows a pictorial representation of subarray wells from NEXTERION® Slide MPX-16 that were first printed with three distinct nucleic acid probes and then hybridized with various combinations of three complementary, fluorescent-labeled targets. No cross contamination was observed.

Intra-slide reproducibility
NEXTERION® multi-well coated substrates allows users to obtain microarray data with exceptionally high reproducibility. This was demonstrated by hybridizing multiple 10 x 10 DNA arrays with fluorescent-labeled cDNA targets using NEXTERION® Slide MPX-16. Correlation coefficients were obtained by comparing the normalized signal intensity from spots in different subarray wells. An average correlation coefficient of 0.96 was obtained after pair wise comparison of all eight-subarray wells.
Intra-slide reproducibility on NEXTERION multi-well slides
Virtually identical subarrays in each well of one NEXTERION® Slide MPX-16.

Inter-slide reproducibility
The excellent inter-slide reproducibility offered by NEXTERION® multi-well coated substrates is attributable to the simultaneous analysis of all subarray assays, and to the improved sample mixing during hybridization within the wells of the superstructure. The figure shows the average correlation coefficient (R2) obtained with NEXTERION® Slide MPX-16 (indicated as MPX) and conventional slides (indicated as Non-MPX). Experiments were conducted as described in the previous figure, but now using multiple slides for same day and day-to-day experiments.
High Inter-slide reproducibility with NEXTERION multi-well slides
Optimal use of limited target material
The NEXTERION® multi-well coated substrates allow lower target solution volumes to be used compared to conventional slides. Identical probe sets in separate subarray wells of NEXTERION® Slide MPX-16 were hybridized with 7.5 pmol of fluorescent-labeled target (house-keeping gene: GAPDH), which was dissolved in different volumes (60, 45, 30 µL) of hybridization solution. The figure demonstrates that a reduction in target volume results in increased target concentration and thus in improved signal intensities. NEXTERION® Slide MPX also offers cost savings by reducing the amount of target material required without any loss of sensitivity (assuming that the target volume and target amount are reduced equally, keeping the concentration consistent).
NEXTERION multi-well slides - high sensitivity
Trade Fairs & Events
Trade fair 12th International Conference on Genomics, Shenzhen, China, 26.10 - 29.10.2017
Trade fair COMPAMED, Düsseldorf, Germany, 13.11 - 16.11.2017
Trade fair International MicroNano Conference 2017, Amsterdam, Netherlands, 12.12 - 13.12.2017
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