What if the secret to truly understanding the hidden life of plastics lies not in what we discard, but in the precise ways we identify and quantify it?
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Dr. Avinash A. Patil is a postdoctoral researcher at National Dong Hwa University, Taiwan, specialising in advanced mass spectrometry. He develops custom linear and rectilinear ion trap mass spectrometers for analyzing megadalton biomolecules such as Immunoglobulin M and synthetic polymers like polystyrene. His research spans homogeneous MALDI sample preparation, antibody–nanodiamond interaction studies, and enhancing sensitivity for high-mass ions. With expertise in MALDI-TOF and vacuum/electronics integration, Dr. Patil’s work pushes the frontiers of proteomics, nanomaterials, and polymer characterization.
Dr. Avinash A. Patil is a postdoctoral researcher at National Dong Hwa University, Taiwan, specialising in advanced mass spectrometry. He develops custom linear and rectilinear ion trap mass spectrometers for analyzing megadalton biomolecules such as Immunoglobulin M and synthetic polymers like polystyrene. His research spans homogeneous MALDI sample preparation, antibody–nanodiamond interaction studies, and enhancing sensitivity for high-mass ions. With expertise in MALDI-TOF and vacuum/electronics integration, Dr. Patil’s work pushes the frontiers of proteomics, nanomaterials, and polymer characterization.
What if the secret to truly understanding the hidden life of plastics lies not in what we discard, but in the precise ways we identify and quantify it?