A growing need for rapid disease detection worldwide highlights the importance of innovative approaches to ensure prompt diagnosis and more effective patient care. As of now, various nanobioengineered systems have been developed and applied for disease diagnosis at an early stage, and a few are in clinical trials currently. However, the affordability and sustainability of diagnostic systems "Biosensors" are still being questioned in the translational research. To overcome these impediments and accelerate translational research, my laboratory is trying to develop sustainable, clinically relevant, nanobioengineered platforms for the detection of disease biomarkers at minimum cost.
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| http://dx.doi.org/10.7150/ntno.106495 | DOI Listing |
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