AQT0646 PhosphoSens® Serine/threonine Kinase Substrate
A PhosphoSens® serine/threonine kinase substrate validated for 3 kinases, including MAP3K10, MAP3K11, MAP3K12. Continuous, direct, real-time activity measurement — no antibodies, no coupling enzymes, no radioactivity.
- Catalog number
- AQT0646
- Enzyme class
- Kinase
- Residue specificity
- Serine/threonine
- Validated kinases
- 3
- Assay formats
- Kinetic · 3 Red · 2
- Kinase families
- 1
Kinases validated with AQT0646
Every kinase below has a validated PhosphoSens® assay using AQT0646. Select a target to see its kits, recombinant enzyme, pricing and protocols.
| Kinase | Type | Family | Format with AQT0646 | Link |
|---|---|---|---|---|
| MAP3K10 | Wild-type | MLK | KineticRed | View assay → |
| MAP3K11 | Wild-type | MLK | KineticRed | View assay → |
| MAP3K12 | Wild-type | MLK | Kinetic | View assay → |
No kinases match that search.
Bulk substrate
AQT0646 PhosphoSens® Kinase Substrate
Bulk substrate for assay development, screening and high-throughput workflows. Kinase assay kits that include AQT0646 are on each target's assay page.
How PhosphoSens® substrates work
PhosphoSens® substrates are peptides carrying an environment-sensitive fluorophore next to the phospho-acceptor residue. When the kinase transfers a phosphate to the substrate, fluorescence increases, so activity is read continuously and directly in a plate reader.
- Real-time progress curves, not single end-points
- Run at physiologically relevant ATP concentrations
- No antibodies, coupling enzymes, wash steps or radioactivity
- One substrate across 3 kinases simplifies selectivity and panel work
Frequently asked questions
Which kinases is AQT0646 validated for?
AQT0646 is validated for 3 kinases, including MAP3K10, MAP3K11, MAP3K12. See the full list above.
Which PhosphoSens assay formats use AQT0646?
AQT0646 is the PhosphoSens-Kinetic substrate for 3 kinases. It is the PhosphoSens-Red substrate for 2 kinases.
What sizes is AQT0646 available in?
1 mg, 5 mg, 10 mg and 20 mg, priced from $2795 (1 mg) to $37285 (20 mg) USD.