Author
Listed:
- Sherif Hamdy ElGohary
(Department of Biomedical Engineering and Systems, Faculty of Engineering, Cairo University, 12613, Cairo, Egypt Healthcare Engineering and Management Department, Cairo University Faculty of Engineering, Cairo, Egypt)
- Yomna Sabah Mohamed
(Healthcare Engineering and Management Department, Cairo University Faculty of Engineering, Cairo, Egypt)
- Mennatallah Hany Elkhodary
(Healthcare Engineering and Management Department, Cairo University Faculty of Engineering, Cairo, Egypt)
- Omnya Ahmed
(Healthcare Engineering and Management Department, Cairo University Faculty of Engineering, Cairo, Egypt)
- Mennatallah Hesham
(Healthcare Engineering and Management Department, Cairo University Faculty of Engineering, Cairo, Egypt)
Abstract
Among the photosensitizers used in Photodynamic therapy (PDT) technique for cancer treatment, it is found out that the Methylene blue and glycoconjugates chlorine are the best ones for this purpose. In this paper, it is suggested to use Active Capsule Wireless Endoscopy Robot instead of the traditional endoscope. The capsule has many valuable features. It uses LEDs as a source of light in the PDT to kill the colon cancer cells. So, the doctor can make use of the advantage of applying the LED light locally at the tumor which was previously injected by the photosensitizers, the light activates these photosensitizers and a photochemical reaction starts that makes the colon cancer cells die. The light with effective wavelength and power density, energy level and controlled LED light intensity will be applied. Active locomotion capsule endoscopy with an electromagnetic actuation system that can achieve a 3-D locomotion and guidance within the digestive system. The paper also discussed how to manage the required power in the capsule for all parts, LEDs, camera, transceiver, and locomotion.
Suggested Citation
Sherif Hamdy ElGohary & Yomna Sabah Mohamed & Mennatallah Hany Elkhodary & Omnya Ahmed & Mennatallah Hesham, 2020.
"Photodynamic Therapy Using Endoscopy Capsule Robot,"
Academic Journal of Life Sciences, Academic Research Publishing Group, vol. 6(7), pages 93-100, 09-2020.
Handle:
RePEc:arp:ajlsar:2020:p:93-100
DOI: 10.32861/ajls.67.93.100
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