Jay G. Schwichtenberg
Honeywell
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Featured researches published by Jay G. Schwichtenberg.
Archive | 2002
Cleopatra Cabuz; Aravind Padmanabhan; Bernard S. Fritz; E. Cabuz; Jay G. Schwichtenberg; Peter Reutiman; B. Demers; T. Rezachek; Ernest Satren; F. Battrell
The paper reports on three key technologies that have enabled the development of a wearable flow cytometer: flow sensing and control based on low-power MEMS-based sensors/actuators; microfluidic processing based on miniaturized disposable plastic cartridges; and optical detection based on arrays of solid-state lasers/detectors and integrated micro-optics. This instrument can provide early detection of viral and bacterial infections based on quick (30 seconds) measurement of lymphocyte and neutrophil counts [1]. Personnel with little or no medical training can use this low-cost, low-maintenance instrument in doctor’s offices, homes, and public/private-sector facilities. Multiparameter scattering-based or fluorescence-based cytometers can be developed based on this technology for clinical, industrial and military applications.
Archive | 2003
Aravind Padmanabhan; Jay G. Schwichtenberg; Cleopatra Cabuz; Ernest Satren
Archive | 2005
Aravind Padmanabhan; Jay G. Schwichtenberg; Bernard S. Fritz; Cleopatra Cabuz; Ernest Satren
Archive | 2003
Jay G. Schwichtenberg; Aravind Padmanabhan; Robert E. DeMers
Archive | 2008
Eugen Cabus; Ronald Bardell; Tzu-Yu Wang; Jay G. Schwichtenberg
Archive | 2007
Eugen I. Cabuz; Jay G. Schwichtenberg
Archive | 2003
Jathan W. Manley; Robert E. DeMers; Jan Jelinek; Michael L. Rhodes; Jay G. Schwichtenberg
Archive | 2010
Barrett E. Cole; Jay G. Schwichtenberg
Archive | 2006
Eugen I. Cabuz; Jay G. Schwichtenberg
Archive | 2006
Aravind Padmanabhan; Cabuz Cleopatra; Bernard S. Fritz; Jay G. Schwichtenberg