NEXTERION®
Future in your hands.
Future in your hands.
3-D Polymer Coating (P)
The NEXTERION® 3-D Polymer coating is the ideal surface for the covalent immobilization of biomolecules containing primary amines (NH2 groups) such as proteins, antibodies and most peptides. Furthermore, for amino-modified biomolecules like glycans or oligonucleotides this surface may be the coating of choice.
SCHOTT specifically developed the 3-D Polymer coating as a dedicated substrate surface for printing low-density antibody microarrays. It produces excellent signal-to-background ratios, and exceptionally wide dynamic ranges compared to conventional “two-dimensional” coatings through a unique combination of low non-specific binding characteristics, and high probe loading capacity.
Produced in ISO class 5 clean room conditions using a proprietary thin-film deposition process and running a stringent quality control system, the 3-D Polymer coating is offered in standard and custom formats.
SCHOTT specifically developed the 3-D Polymer coating as a dedicated substrate surface for printing low-density antibody microarrays. It produces excellent signal-to-background ratios, and exceptionally wide dynamic ranges compared to conventional “two-dimensional” coatings through a unique combination of low non-specific binding characteristics, and high probe loading capacity.
Produced in ISO class 5 clean room conditions using a proprietary thin-film deposition process and running a stringent quality control system, the 3-D Polymer coating is offered in standard and custom formats.
- Coating Chemistry
- Shelf Life
Twelve months for sealed packages when stored at –20°C.
- Immobilization Method
Covalent binding via amine reactive chemistry.
- Probe Types
- Amino-linked glucans
- Antibodies and antibody fragments
- Functional proteins such as enzymes or receptors
- Small protein fragments such as peptides
- Amino-modified oligonucleotides 16 to 70 mers
