IoT-WSN-DT Based Medical Systems and Nanotechnology for Smart Cancer Care

PART 1. ADVANCED NANOTECHNOLOGY FOR CANCER TREATMENT AND DIAGNOSIS<br>1. Exploring Nanotechnology as a Novel, Non-Invasive Therapeutic Approach in Cancer Treatment<br>2. Nano-sensors for cancer detection<br>3. Nano-biosensors for early cancer detection<br>4. Nanotechnology in surgical therapy<br>5. Nanotechnology in Cancer Immunotherapy<br>6. Nanotechnology for Multimodal Diagnosis and Treatment Mode<br>7. Nanotechnology for multimodal diagnostic and therapeutic applications<br>8. Enhancing Radiotherapy: The Role of Nanoparticles in Cancer Treatment<br>9. Chemotherapeutic nanomedicine<br>10. Cancer nano-medicine<br>11. Nanomedicine in cancer treatment: progress, side effects and toxicity<br>12. Nanomedicine in cancer therapy<br>13. Nanotechnology in the chemotherapy medications<br>14. Nanotechnology in Cancer Targeted Medications<br>15. Targeted nano-medications<br>16. Smart nanoencapsulation for cancer therapy<br>17. Nano-encapsulation as a promising approach for enhancing cancer therapy<br>18. Customizing Smart nano-vehicles for tumor therapy<br>19. Cancer nano-vaccines<br>20. Nanotechnology-based cancer vaccines<br>21. Nanoparticle Cancer Vaccines<br>22. Nanotechnology for Cancer Imaging<br><br>PART 2. IoT-WSN-DT BASED MEDICAL SYSTEM FOR SMART CANCER CARE<br>23. Smart Hospital: An Introduction<br>24. Cancer patient digital twin<br>25. Digital Twin in Cancer: Pancreatic Cancer, Lung Cancer, and Melanoma Metastases<br>26. IoT based healthcare system for cancer care 4.0/5.0<br>27. Improving Cancer Health Outcomes through Telemedicine and Smart Healthcare: Past, Present and Future Prospects<br>28. Blockchain technology for smart cancer care<br>29. A Blockchain-based Secure Access Framework with Privacy Protection for Medical Data Sharing<br>30. Smartphone Apps for cancer care<br>31. Smartphone Applications in Breast Cancer Detection<br>32. Cancer diagnosis using deep learning<br>33. Swarm intelligence for cancer care 4.0/5.0<br>34. Deep Learning Techniques for Cancer Detection using histopathological images<br>Priyanka Gavade<br>35. Harnessing Digital Twin, AI and Nanotechnology for Advancing Oral Cancer Care: A Paradigm Shift towards Personalized Precision Medicine<br>36. Artificial intelligence for cancer care 4.0/5.0<br>37. Artificial intelligence in cancer diagnosis and therapy<br>38. Application of Machine Learning in the Detection of Non-Small cell Lung Cancer (NSCLC)<br>39. Integration of 5G/6G networks, wearables/sensors networks, and electronic medical records in smart cancer care<br>40. Future perspectives