Macey McLane '26

Macey is working on developing an accessible sensing system that can help to identify or detect the severity of diseases like liver fibrosis or cancer. The system will produce a series of ‘fingerprints’ that can be identified by a machine to help doctors diagnose and treat disease more efficiently.

Field of study:
Sensing 

Why did you pursue this project?

Ever since learning about human evolution in seventh grade science class, I have always been incredibly intrigued by how microorganisms like bacteria are capable of rapidly evolving and adapting in order to survive in any environment. Rapid evolution has created a growing need for more effective diagnostic tools to quickly identify infections and appropriate treatments. Even today, receiving a diagnosis for any illness can require a visit to the doctors office and additional days or even weeks of waiting to get bloodwork or test results back. Since diseases are constantly changing and evolving within our bodies, worsening or changing in some way, often this is too long to wait. Diagnosis from a medical professional can also be expensive and is not an option for many living in third-world countries. This is why I am looking to develop an accessible diagnosis tool that works efficiently and can be used by anyone anywhere.

Tell us about yourself

When I’m not reading research papers or investigating different sensing systems, you can find me on a run, in the gym, or playing soccer. Athletics have not only provided me with an outlet from academic work but have also taught me discipline and teamwork, skills that I have found to be invaluable in both the classroom and the lab. 
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