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Chapters Brief Overview:
1: Nanosensor: Introduces the fundamental principles and applications of nanosensors in modern technology.
2: Nanobiotechnology: Explores the intersection of nanotechnology and biotechnology for innovative sensor applications.
3: Nanoelectronics: Discusses the role of nanoelectronics in enhancing sensor functionality and efficiency.
4: Thalappil Pradeep: Examines the contributions of Thalappil Pradeep to the development of nanosensors.
5: Biointerface: Highlights the importance of biointerfaces in nanosensor functionality, particularly in biomedical applications.
6: Surface plasmon resonance: Provides insights into surface plasmon resonance and its use in enhancing sensor performance.
7: Green nanotechnology: Explores the environmental impact of nanotechnology and its sustainable applications in sensors.
8: Biosensor: Focuses on biosensors, their design, and applications in medical and environmental fields.
9: Markita del Carpio Landry: Discusses Markita del Carpio Landry's research in the realm of plasmonics and sensors.
10: Surfaceassisted laser desorption/ionization: Examines this technique's role in improving nanosensor sensitivity and accuracy.
11: Polymer nanocomposite: Investigates the use of polymer nanocomposites in enhancing sensor materials and performance.
12: Carbon nanotube: Discusses carbon nanotubes and their integration into sensor technologies for improved functionality.
13: Nanomaterials: Focuses on the wide variety of nanomaterials used in sensor development and their unique properties.
14: Selfassembling peptide: Explores selfassembling peptides and their potential in creating nextgen nanosensors.
15: Chemical sensor array: Examines chemical sensor arrays, their design, and their growing impact on various industries.
16: BioFET: Delves into the applications of biofieldeffect transistors (BioFETs) in the field of biosensors.
17: Chemiresistor: Focuses on the principles behind chemiresistors and their utility in sensor technology.
18: Nanotechnology: Provides an indepth look at the overarching role of nanotechnology in sensor innovation.
19: Holographic sensor: Explores the cuttingedge developments in holographic sensor technology and its practical uses.
20: Nanochemistry: Covers nanochemistry’s contribution to enhancing nanosensor sensitivity and selectivity.
21: Nanomedicine: Discusses the future of nanosensors in medical applications, focusing on diagnostics and treatments.
This book will not only elevate your understanding of nanosensor technologies but also provide you with the insights needed to push the boundaries of innovation in your field.
