- Laser ablation inductively coupled plasma mass spectrometry elemental imaging
- Hybrid optical microscopy/laser ablation liquid capture electrospray ionization mass spectrometry imaging
- Hybrid atomic force microscopy/mass spectrometry platforms for physical and chemical imaging
- Liquid extraction based spatially resolved surface analysis for rapid and sensitive profiling of biologically important surfaces
- Nonlinear and multimodal optical imaging methods to study energy and charge flow in materials
- Surface specific spectroscopies for the analysis of equilibrium and dynamics processes at surfaces
- Widefield nonlinear imaging methods for the study of thin film structure and nanomaterial interfaces
- Multi-dimensional liquid chromatography-tandem mass spectrometry capabilities for complex proteome measurements
- Technology platforms for environmental metaproteome measurements, ranging from high throughput to high performance systems.
- Global and targeted proteome measurement approaches for microbial and plant/human host systems.
- Advanced bioinformatic pipelines to process raw MS data and integrate with other systems biology omics datasets.
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