DIGE GELS LF24_2362612
Representative image only

DIGE Gels LF24, 12.5% Polyacrylamide, 3 Pack

$2,274.80

The price is inclusive of GST

DIGE Gels LF24, 12.5% Polyacrylamide, 3 Pack (29706670) are large format precast polyacrylamide gels for 2D DIGE and 2D DIBE workflows. The gels are supplied with low fluorescent glass plates and are intended for use with Amersham DIGE Unit LF24 electrophoresis.

Key Features

  • Large format precast gel format, designed for 2D DIGE and 2D DIBE electrophoresis workflows
  • 12.5% polyacrylamide gel chemistry, matching the Cytiva-listed LF24 gel specification
  • Three precast gels included, matching the listed package configuration for part 29706670
  • Low fluorescent glass plates, allowing direct fluorescent image scanning without removing the glass plates
  • Designed for Amersham DIGE Unit LF24, supporting large format electrophoresis with the matching LF24 system
  • Supports large format HCP coverage assays, including 2D DIBE workflows used in HCP ELISA support work
  • 12 to 120 kDa separation range, matching the listed specification for these polyacrylamide gels
  • 4°C to 8°C storage requirement, supporting correct handling before use

Benefits

  • Helps reduce gel preparation time by providing a ready-to-use precast format.
  • Supports fluorescent protein separation workflows where low background from the glass plates is important.
  • Allows direct scanning before opening the glass cassette, then transfer preparation after the cassette is opened.
  • Provides a matched consumable format for laboratories using the Amersham DIGE Unit LF24 system.

Why Choose the DIGE Gels LF24, 12.5% Polyacrylamide, 3 Pack (29706670)?

DIGE Gels LF24, 12.5% Polyacrylamide, 3 Pack (29706670) are suitable where a ready-to-use large format gel is required for 2D DIGE, 2D DIBE or HCP coverage assay workflows. John Morris Group can supply this DIGE gel format for Australian laboratories and assist with matching it to the intended LF24 electrophoresis workflow.

Over 40,000 Customers Trust John Morris