A. BIOSENSORS: concepts and types
1. An approach towards sustainable environment
2. Tailoring materials as suitable matrix for Electrochemical and Optical
Biosensors
3. Development of highly sensitive Optical sensors based on Carbon
Nanotube (CNTs)
4. Nanosensors and its types
B. NANOBIOSENSORS IN MEDICINE
5. Application and challenges of biosensor- based diagnostic tools
6. Nanomaterial-based biosensors for pathogenic microbes:
Approaches, Trends, and recent advancement
7. Nanosensors based on DNA as an emerging technology for
detection of disease
8. Recent advances of FRET based nanosensors for human welfare
C. NANOBIOSENSORS IN FOOD AND AGRICULTURE
9. In vivo measurements of metabolites in plants through genetically
encoded nanosensors
10. Nanobiosensers: recent advance technology in agriculture and
health sector
11. Application of nanosensors in agriculture and food processing
D. NANOBIOSENSORS AS RESEARCH TOOLS
12. FRET based sensors in cell signaling
13. Application of fluorescent biosensors to analyze the intracellular
signalling
14. Development of highly sensitive Optical sensors based on Carbon
Nanotube (CNTs)
15. In vivo measurement of phytohormone gradients using genetically
encoded fluorescent nanobiosensors
16. Sensors for detection of free radicals
17. Real-time monitoring of flux of nitrate in living cells by in-house
designed FRET nanosensors