Mab Anti DYKDDDDK

Specifications

Data sheet
Material

Polystyrene

Format

8 Well Breakable Strip

Well Volume

350 μl

Bottom

Flat

Color

Clear

Surface

Mab Anti DYKDDDDK

Coating volume

100 µl

Blocking

Standard

Binding capacity

~ 600 ng of Recombinant Human Flag Ubiquitin/well (100 μl)

Sensitivity

~ 12 ng of Recombinant Human Flag Ubiquitin/well (100 μl)

Uniformity

CV% < 7%

Shelf life

2 years

Storage

2 – 8 °C

Packaging

Qty/bag: 1

Code: MG39F-ADYKDDDDK

available in 3-4 weeks

275,00 excl. VAT

OR
For higher quantities:
Request a quote

Description

Surface

SURFACE DETAILS

The Mab Anti-DYKDDDDK Coated 96 Well Breakable Strip Plates are offered with 12 breakable strips of 8 wells assembled on single well holding frame. Clear breakable strips are manufactured in pure polystyrene with low fluorescence and can be used for ELISA assays. The Mab Anti-DYKDDDDK Coated 96 Well Plates Breakable Strips are designed to be easily breakable by the user and repositioned in the frame; the radius edged inner bottom of the wells improves the efficiency of washing. The Mab Anti-DYKDDDDK Coated 96 Well Breakable Strip Plates comply with SBS standards and the design assures a good performance in automatic processing plant.

  • Plates are pre blocked with proteic blocking
  • Recommended working volume of 50 to 100 μl
  • Each coated plate is packed in a single barrier bag with desiccant
  • Every single unit contains 5 plates

White and black Mab Anti-DYKDDDDK Coated 96 Well Breakable Strips Plates can be used for Luminescence and Fluorescence assays and are AVAILABLE BY ORDER ONLY.

Biomat other Mab Anti Tag 96 Well Plates:

FOR RESEARCH USE ONLY

Anti-DYKDDDDK coated surface on the Anti-DYKDDDDK Coated 96 Well Breakable Strip Plates can be used to bind proteins with DYKDDDDK tag and for screening for sera antibodies to the fusion protein after immobilizing DYKDDDDK fusion proteins. Pre-purification of cell lysates is not necessary before screening and analysis of recombinant DYKDDDDK-tagged protein expression by ELISA using the plates.

go to the top