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| people:kunj 2019/09/28 10:11 | people:kunj 2020/01/21 20:39 current | ||
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| ^Information^ ^ | ^Information^ ^ | ||
| - | | **M.A.Sc Biomedical Engineering** \\ **PhD Student in Biomedical Engineering** \\ **Email:** [[kunj@mcmaster.ca]] \\ **Office:** [[ETB 306]] \\ | {{:people:profile:kunj.jpg|}} | | + | | **M.A.Sc Biomedical Engineering** \\ **PhD Student in Biomedical Engineering** \\ **Email:** [[kunj@mcmaster.ca]] \\ **Office:** [[ETB 306]] \\ | {{:people:profile:kunjj.jpg?150|}}| |
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| **Lensless Imaging** | **Lensless Imaging** | ||
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| + | Urine testing is an essential clinical diagnostic tool. The presence of urine sediments, typically analyzed through microscopic urinalysis or cell culture, can be indicative of many diseases, including bacterial, parasitic, and yeast infections, as well as more serious conditions like bladder cancer. Current urine analysis diagnostic methods are usually centralized and limited by high cost, inconvenience, and poor sensitivity. We are developing a lensless projection imaging optofluidic platform with motion-based particle analysis to rapidly detect urinary constituents without the need for concentration or amplification through culture. This cost-effective device has the potential to be implemented for timely, point-of-care detection of a wide range of disorders in hospitals, clinics, long-term care homes, and in resource-limited regions. | ||
| **High Throughput FLIM FRET** | **High Throughput FLIM FRET** | ||
