APPLICATIONS OF TECHNOLOGY:
Real time Tyrosine phosphorylation of substrate by purified Src kinase
- Kinase profiling
- Monitoring kinase activity levels in real-time in fluid or biopsy sample
- Using high-throughput screening in a high-density microarray or microfluidic device to measure phosphorylation levels
- Simultaneous kinase screening and profiling
- Fast detection and real-time reaction monitoring
- Complete detection system
- High fidelity and high signal to noise ratio
Scientists at Berkeley Lab and the University of California have developed a kinase profiling assay and detection system that can acquire kinetic information of real-time phosphorylation reactions using a nanoengineered microarray of kinase substrates.
Conventional kinase profiling and kinetic screening can only detect phosphorylation levels at reaction endpoints. The disadvantages are that these conventional methods rely on either radioactive kinase assays or detecting fluorescent molecules. Also the ability to screen a wide array of kinase substrates is often time consuming and expensive.
In Berkelely Lab’s screening method, Fanqing Frank Chen and colleagues have conjugated kinase-specific substrates to a nanoengineered microarray and measured kinase activity by monitoring phosphorylation levels. Biological samples are introduced to the detection system and simultaneous multiplexed kinase screening can take place as the signal is monitored to detect phosphorylation levels in real-time.
- Published PCT Patent Application WO2009/088779 available at www.wipo.int. Available for licensing.
REFERENCE NUMBER: JIB-2452