We are using information theory and hidden Markov models to improve the design and interpretation of single molecule fluorescence measurements.
We are developing new approaches to single molecule measurements to enhance our ability to extract useful information from them. Innovations include data acquisition and instrument automation, incorporation of microfluidics, development of new labeling methods, and investigation of various immobilization schemes.
Professor Talaga is available for consulting engagements.
Areas of expertise include:
Data Analysis. Medical Devices. Assay Development. Education Technology. Single Molecule Spectroscopy.
Glass-front cabinets keep optical components (mostly) dust-free while allowing easy view of the lab's inventory.
