ABL2 Activity
Assays & Reagents
Kits & reagents for direct and continous
measurement of kinase and phosphatase activity
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Accelerate your research on ABL2 with our complete portfolio of highly sensitive assays,
enzymes, and reagents designed for robust and reproducible results. Whether you require continous
kinetic analysis or a simplified endpoint format, we provide all the necessary tools for your project,
including a range of wild-type and mutant enzymes. All our reagents are subjected to rigorous quality
control to ensure maximum performance and consistency.
PhosphoSens-Kinetic: Continuous, Kinetic Fluorescent Intensity (FI) Assays
ABL2 PhosphoSens-Kinetic Discovery Kit
Recommended Product: PhosphoSens-Kinetic Kinase Discovery Kit AQT0032
- Designed for streamlined technology evaluation, PhosphoSens Discovery Kits enable 200 assays. Each kit includes substrate and all essential reaction reagents (ATP, DTT, EGTA, Enzyme Reaction Buffer and Enzyme Dilution Buffer), optimized for your convenience. Enzyme not included.
PhosphoSens-Red: Endpoint Time-Resolved Fluorescence (TRF) Assays
ABL2 PhosphoSens-Red Discovery Kit
Recommended Product: PhosphoSens-Red Kinase Discovery Kit AQT0030
- Designed for streamlined technology evaluation, PhosphoSens Discovery Kits enable 200 assays. Each kit includes substrate and all essential reaction reagents (ATP, DTT, EGTA, Enzyme Reaction Buffer, Enzyme Dilution Buffer and Europium), optimized for your convenience. Enzyme not included.
PhosphoSens-Kinetic: Continuous, Kinetic Fluorescent Intensity (FI) Assays
ABL2 PhosphoSens-Kinetic Kinase Substrate
Recommended Product: PhosphoSens Kinase Substrate AQT0032
- Flexible, scalable, and cost-effective! Available by the milligram, with each milligram enabling an average of 2,500 assays, PhosphoSens Substrates are ideal for high-throughput needs and custom workflows.
PhosphoSens-Kinetic Kinase Substrate System AQT0032
Recommended Product: PhosphoSens-Kinetic Kinase Substrate System AQT0032
- Comprehensive and adaptable! These systems pair bulk substrate with sufficient supporting reagents (ATP, DTT, EGTA, Enzyme Reaction Buffer and Enzyme Dilution Buffer) to perform the full number of assays for each milligram of substrate purchased—giving you everything you need for seamless assay execution.
PhosphoSens-Red: Endpoint Time-Resolved Fluorescence (TRF) Assays
ABL2 PhosphoSens-Red Kinase Substrate
Recommended Product: PhosphoSens Kinase Substrate AQT0030
- Flexible, scalable, and cost-effective! Available by the milligram, with each milligram enabling an average of 2,500 assays, PhosphoSens Substrates are ideal for high-throughput needs and custom workflows.
PhosphoSens-Red Kinase Substrate System AQT0030
Recommended Product: PhosphoSens-Red Kinase Substrate System AQT0030
- Comprehensive and adaptable! These systems pair bulk substrate with sufficient supporting reagents (ATP, DTT, EGTA, Enzyme Reaction Buffer, Enzyme Dilution Buffer and Europium) to perform the full number of assays for each milligram of substrate purchased—giving you everything you need for seamless assay execution.
Data & Resources
Explore data and documents to support your kinase and phosphatase experiments. Download sample
data, protocols and other resources to see how our assays perform and to help you get started in your
own lab.
Sample Report: AQT0734 - EGFR Assay Validation Report
Each validation report provides experimental conditions and data showing:
- Enzyme titration and linearity
- Sensor peptide substrate titration and Km determination
- ATP titration and Km determination
- DMSO titration and assay tolerance
- Inhibitor titration and IC50 determination
Inhibitor IC50 Protocol
See how the PhosphoSens-Kinetic Assay can be used to find the IC50 of a kinase inhibitor.
Webinar: Continuous Assay Validation
Discover how a continuous assay format powers a deep understanding of kinase function. In this webinar, we present data using FDA-approved EGFR inhibitors to demonstrate how our PhosphoSens® assays are used in potency, profiling, and time-dependent inhibition applications to understand compound selectivity and mechanism of action.
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