- Projects completed:
- Designed the detection system for a multi-color digital PCR platform.
- Designed the laser delivery system for a two laser flow cytometer to interrogate cells with fluorescence and forward scattering channels .
- Developed a complete prototype detection system for a point of care gene expression and genotyping instrument.
- Designed and built an imaging system to visualize nanospray droplets from a multinozzle mass spectrometry array.
- Designed and fabricated a prototype low cost detection system to detect water pathogens.
- Designed and fabricated test platforms to evaluate candidate consumable configurations for a DNA sequencer.
- Designed and fabricated a prototype low cost detection system for point of care gene expression.
- Design of an excitation system for a hand held point of care genotyping system.
- Design of a fiber optic based modular detection system for ultra high throughput genotyping applications.
- Design of a detection system for a point of care diagnostic instrument to monitor and manage chronic diseases.
- Evaluation of the performance of a Nipkow disk confocal imaging system.
- Evaluation of the performance of an automated fluorescence based cell imaging system.
- Design of a detection system for an ultra high throughput micro-bead based sequencing instrument.
- Design of a detection system for a low cost realtime PCR gene expression instrument.
- Design of a detection system for an ultra high sensitivity chemiluminescence based micro-array reader.
- Design of a detection system for a high throughput capillary based DNA sequencer.
- Opto-mechanical design of a spectacle measurement instrument.
US Patents: US6132582, US7169279, US7119345, US6970240, US7394943, US7410793, US7423750, US7635588. Other patents pending.
Starsis 