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Slides
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€252.50 €300.48Art.Nr: E71881-60Designed for mounting large sections of neuro and breast tissue and manufactured from the highest quality white glass, with an innovative positive charge coating, Histobond® + Supa Mega slides (75,2 x 50,4 x 1mm) offer exceptional adhesive properties and provide a superior coverage of reagents across the slide.
€252.50 €300.48 -
€75.40 €89.73Art.Nr: E71891-10A Fool-Proof method for the mounting of serial sections on Single Hole Grids.
These plexiglass slides are 3 x 1" (75 x 25 mm) and 1 mm thick. They prevent wrinkling and section loss while mounting sections on the grid.
€75.40 €89.73 -
€302.20 €359.62Art.Nr: PY68048-07The England Finder is a glass microscope slide 75mm x 26mm (3x1") with a uniquely indexed grid pattern that allows individual areas of interest to be referenced.€302.20 €359.62 -
Starting at
The BrightSlide™ D is a fluorescence enhancing slide optimized for 488nm and 590nm excitation wavelengths (other wavelengths on request). Suitable for most of commercially available fluorescence microscopes with illumination and detection from the top.Starting at
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Starting at€36.00 €42.84
Slides and coverslips from clear, high-quality quartz glass with high UV transparency and high temperature resistance required for many research applications. These quality features make them to one of our most popular items.Starting at €36.00 €42.84
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€484.00 €575.96Art.Nr: E70335-72NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€484.00 €575.96 -
€484.00 €575.96Art.Nr: E70335-72ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€484.00 €575.96
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€463.20 €551.21Art.Nr: E70335-71NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€463.20 €551.21
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€463.20 €551.21Art.Nr: E70335-71ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€463.20 €551.21
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€432.10 €514.20Art.Nr: E70335-70NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€432.10 €514.20
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€432.10 €514.20Art.Nr: E70335-70ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€432.10 €514.20
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€1,410.70 €1,678.73Art.Nr: E70335-63NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,410.70 €1,678.73
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€1,244.80 €1,481.31Art.Nr: E70335-63ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,244.80 €1,481.31
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€1,335.00 €1,588.65Art.Nr: E70335-62NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,335.00 €1,588.65
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€1,127.40 €1,341.61Art.Nr: E70335-62ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,127.40 €1,341.61
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€1,100.10 €1,309.12Art.Nr: E70335-61NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,100.10 €1,309.12
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€1,100.10 €1,309.12Art.Nr: E70335-61ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,100.10 €1,309.12
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€1,100.10 €1,309.12Art.Nr: E70335-60NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,100.10 €1,309.12
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€1,100.10 €1,309.12Art.Nr: E70335-60ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,100.10 €1,309.12
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€1,100.10 €1,309.12Art.Nr: E70335-59NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,100.10 €1,309.12
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€1,127.40 €1,341.61Art.Nr: E70335-59ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,127.40 €1,341.61
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€1,488.10 €1,770.84Art.Nr: E70335-58NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,488.10 €1,770.84
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€1,488.10 €1,770.84Art.Nr: E70335-58ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,488.10 €1,770.84
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€1,335.00 €1,588.65Art.Nr: E70335-57NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,335.00 €1,588.65
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€1,335.00 €1,588.65Art.Nr: E70335-57ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,335.00 €1,588.65
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€1,335.00 €1,588.65Art.Nr: E70335-56NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,335.00 €1,588.65
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€1,335.00 €1,588.65Art.Nr: E70335-56ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,335.00 €1,588.65
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€1,154.60 €1,373.97Art.Nr: E70335-55NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,154.60 €1,373.97
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€1,154.60 €1,373.97Art.Nr: E70335-55ANitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,154.60 €1,373.97
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€1,100.10 €1,309.12Art.Nr: E70335-54NNitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.€1,100.10 €1,309.12
