Nunc™ 384-Shallow Well Standard Height Polypropylene Sample Processing & Storage Microplates
Nunc™ 384-Shallow Well Standard Height Polypropylene Sample Processing & Storage Microplates
Nunc™ 384-Shallow Well Standard Height Polypropylene Sample Processing & Storage Microplates
Nunc™ 384-Shallow Well Standard Height Polypropylene Sample Processing & Storage Microplates
Nunc™ 384-Shallow Well Standard Height Polypropylene Sample Processing & Storage Microplates
Thermo Scientific™

Nunc™ 384-Shallow Well Standard Height Polypropylene Sample Processing & Storage Microplates

Reduzca el gasto en el almacenamiento de compuestos para aplicaciones de pequeño volumen con las microplacas de altura estándar de polipropileno de 384 pocillos poco profundos.
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Número de catálogoColorEsterilidadFit for Purpose
267462BlancoNo estérilCertificado de calidad
267460NaturalEstérilCertificado de calidad
267461NegroNo estérilCertificado de calidad
Número de catálogo 267462
Precio (CLP)
-
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Color:
Blanco
Esterilidad:
No estéril
Fit for Purpose:
Certificado de calidad

Lower spending when storing compounds for small volume applications by using Thermo Scientific™ Nunc™ 384-Shallow Well Standard Height Polypropylene Microplates. Polypropylene is ideal for storage plates because it has a lower binding capacity to prevent proteins or DNA binding, and allows for complete sample recovery. Withstands temperatures from -80° to +121°C. Offered in a variety of colors to allow for quick identification of storage plates.

Features:
  • Rounded wells are optimized for mixing and sample recovery
  • Square rounded wells minimize wicking (capillary action)
  • Natural plates for storage identification or storing colorimetric assays
  • White plates for luminescent assays
  • Black plates for fluorescent assays
  • Customized bar coding is available
Especificaciones
Esterilizables en autoclaveEsterilizable en autoclave
Tipo de enlacePP de baja unión
Certificaciones/conformidadCertificada como libre de ARNasa y ADNasa Compatible con ANSI
Sin ADNasaSí
Descripción384-well Polypropylene Sample Processing & Storage Plates
Para utilizar con (aplicación)Automation Liquid Handlers, Biobanking, Genomics, Sample Prep, NGS, Sequencing, Long and Short Term Storage, Drug Discovery, Vaccine Research, PCR and qPCR sample preparation
Para utilizar con (equipo)Selladores térmicos ALPS, Multidrop Combi, centrífugas, ultracongeladores, manipuladores de líquidos
TapaSin tapa
N.º por caja100
N.° por paquete25
Envase100 cajas
Plate SizeANSI/ SLAS Standard
Tipo de productoPlaca de preparación de muestras y almacenamiento de polipropileno
Sin ARNasaSí
Estado normativoPara uso exclusivo en investigación. No apto para uso en procedimientos diagnósticos.
Volumen de trabajo (métrico)De 2 to 35 μl
matriz, red, conjunto16 x 24
Código de barrasNo disponible
ColorBlanco
Fit for PurposeCertificado de calidad
FormatoEstándar
MaterialPolipropileno
N.° de pocillos384
Línea de productosNunc
EsterilidadNo estéril
Tratamiento de superficieSin tratar
Volumen del pocillo (métrico)55 μl
Forma del pocilloCuadrada
Unit SizeCase of 100

Preguntas frecuentes

Can I use Nunc White 384-Well Microplates for fluorescent assays?

Nunc White 384-Well Microplates can be used for fluorescent applications, but background fluorescence will be much higher compared to Nunc Black 384-Well Microplates.
We recommend the white microplates for scintillation and luminescent detection systems, in which the reflective properties of the microplate enhance the signal without producing any endogenous background signal.

Do you offer Nunc Microplate Lids for the Nunc Black or White 384-Well Microplates?

We offer Nunc Microplate Lids: Cat. No. 448143, that fit both the 384-well microplates and the 1,536-well microplates.

Why do you offer Nunc 384-Well Black or White Microplates when the cells cannot be observed using an inverted light microscope?

We offer Nunc Black or White 384-Well microplates that are intended for use in conjunction with 384-well microplate luminometers and fluorometers that have excitation and detection systems located above the plate. Due to the opaque quality of these microplates, all detection systems must rely on either luminescent or fluorescent reagents, such as viability stains that report cell activity and membrane integrity.