Nanosensor

In a world driven by scientific innovation, nanosensors stand at the intersection of nanotechnology and biotechnology, revolutionizing medicine, environmental monitoring, and industry. This book unravels their transformative impact, equipping readers with insights into their principles, applications, and future potential.

Chapters Brief Overview:

1: Nanosensor — Introduction to nanosensors, their working principles, and significance in various fields.

2: Biosensor — Examines biosensors, their integration with nanosensors, and applications in diagnostics.

3: Nanobiotechnology — Explores the fusion of biology and nanotechnology, forming the foundation of nanosensors.

4: Nanoelectronics — Discusses nanoelectronic components enabling highperformance nanosensor devices.

5: Biointerface — Investigates the interactions between biological materials and nanostructured surfaces.

6: Surfaceassisted laser desorption/ionization — Covers an advanced technique for nanoscale chemical analysis.

7: Green nanotechnology — Highlights sustainable practices in nanosensor development and applications.

8: Thalappil Pradeep — Explores the contributions of a pioneering scientist in the field of nanotechnology.

9: Chemical sensor array — Analyzes sensor arrays used for detecting chemical and biological substances.

10: Carbon nanotube — Examines the role of carbon nanotubes in enhancing nanosensor performance.

11: BioFET — Introduces biofieldeffect transistors as powerful biosensing tools at the nanoscale.

12: Selfassembling peptide — Discusses peptidebased nanostructures for biosensing and medical applications.

13: Chemiresistor — Covers the working principles and applications of chemiresistors in nanosensors.

14: Markita del Carpio Landry — Highlights key research in nanosensing and nanobiotechnology.

15: Holographic sensor — Explores the use of holography in nanosensorbased detection systems.

16: Polymer nanocomposite — Details the role of polymer nanocomposites in enhancing sensor capabilities.

17: Nanochemistry — Introduces nanoscale chemistry principles critical to sensor development.

18: Nanomaterials — Explains how advanced nanomaterials contribute to innovative sensor technologies.

19: Nanotechnology — Provides an overview of the broader field supporting nanosensor advancements.

20: Nanomedicine — Discusses nanosensor applications in disease detection and personalized medicine.

21: Surface plasmon resonance — Covers the physics behind plasmonic sensors used in biomolecular detection.

This book is an essential resource for professionals, students, and enthusiasts eager to explore nanobiotechnology’s role in shaping the future. With practical insights and cuttingedge research, it offers value beyond its cost, positioning readers at the forefront of scientific progress.