Group-069-04: Pneumatic & Magnetic Control for Colonoscopy

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FAQ

Frequently Asked Questions Why is this the best approach to a colonoscopy? It is an easier approach to analyzing a patient's colon due to the decreased size and increased maneuverability of the probe. Additionally, the size and shape of the probe decreases the risk of colon perforation due to contact with the lining of the colon. What are the negative aspects of this design? The effect of this probe touches the lining of the colon would be the same as if a traditional colonoscopy probe touches the lining of the colon. Like the conventional probe, if the probe touches the lining of the colon, there will be severe irritation, but no permanent damage. Additionally, if the colon is perforated, there is a severe risk of infection.

Biographies

Here is an overview of all the team members involved in this project: Mohammad Mahbubur Rahman Adib Adib is an international student from Bangladesh pursuing BS Electrical & Computer Engineering at Drexel University. His passion to work closely with electrical circuits and wireless technology in his future engineering career lead him to become interested to work on this project. Contact Information: mma343@drexel.edu adib.640@gmail.com Daniel Steinberg Daniel is from New Jersey pursuing the BS/MS Chemical Engineering Program at Drexel University. He has firsthand experiences with colonoscopies, and is driven to change the process in order to alleviate discomfort for patients. His drive for changing the status quo will be shown through his core engineering and design skills. Contact Information: dhs47@drexel.edu danielsteinberg18@gmail.com Samson DeNezza Samson DeNezza is a student at Drexel University from State College, PA pursuing the BS Mech...

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