Matrix-Prepared Surfaces

Matrix-Prepared Surfaces

Overview

The ProteinChip SEND ID array incorporates energy absorbing matrix into the array surface to reduce the chemical noise in spectra often caused by application of a separate matrix layer.
Read full description

Description

Description

The ProteinChip SEND (surface-enhanced neat desorption) ID array incorporates energy absorbing matrix into the array surface to reduce the chemical noise in spectra often caused by application of a separate matrix layer.

The ProteinChip SEND ID array also incorporates a hydrophobic interaction functional group, allowing both on-chip cleanup of peptide samples as well as neat application of samples. With this array, the ProteinChip SELDI system can be used to analyze lower molecular weight species with fewer interfering peaks, significantly improving sensitivity.

Refer to the ProteinChip Array Selection Guide for more information on selecting arrays with the appropriate surface chemistries.

Ordering

Ordering

items

Use the filters below to refine results!

Image
c57-30081_tn.jpg
C5730081
Pkg of 12, A–H format, reverse-phase arrays for use with the ProteinChip SELDI system

Accessories

Accessories

Image
c50-30013_tn.jpg
C5030013
Pkg of 5, each holds 12 ProteinChip arrays for use with the ProteinChip SELDI system, Enterprise Edition and cassette-compatible bioprocessor
Image
c50-30012_tn.jpg
C5030012
Pkg of 5, disposable reservoirs for use with ProteinChip cassette–compatible bioprocessor, for use with ProteinChip SELDI system
Image
C50-30011_tn.jpg
C5030011
ProteinChip bioprocessor, ProteinChip array forceps, cassette hold-down frame, and 12 blank ProteinChip arrays, for use with ProteinChip SELDI system
Image
c20-10001_tn.jpg
C2010001
Pkg of 50, tubes for use with ProteinChip SELDI system
Image
c20-10002_tn.jpg
C2010002
1 pair, for use with ProteinChip SELDI system

Documents

Documents

Number Description Options
5530
ProteinChip SELDI System Brochure, Rev A
10008249
Instruction Manual, ProteinChip SEND ID Array, Rev D