High throughput quantitative ex vivo MRI of the mouse brain
Creating a holder design for mouse brains under MRI that prevents loss of orientation and prevents bubble formation
Design Award
- Design Excellence Award Honorable Mention
Project Overview
Magnetic Resonance (MR) scanners are machines that are often used to produce high-resolution images of organic tissue such as brain tissue. Dr. JP Yu uses MR scanning to learn more about the human brain by researching murine brain samples and translating how his findings compare. The current techniques used to conduct this research are relatively crude, requiring extended time, and unnecessary expenses and risks. This process includes mouse and rat brains being inserted into modified syringes and can take days to scan a large number of samples, not including post-processing time, as well as thousands of dollars per year on MRI scans. The client uses fluorinert, an expensive inert fluid, to improve image quality. This necessary substance is currently unavailable on the market, which poses another concern. The client wishes to reduce the time spent loading samples and post-processing, and seeks an efficient and reproducible loading system that is air-tight, improves imaging quality and accuracy, conserves fluorinert, and requires fewer resources. The team proposes two capsules: one with holes for rat brains, and one with holes for mouse brains. These holes will be sealed with a custom-sized cap featuring a rubber o-ring. Once fabrication is complete, the team will test for leaks, the presence of air bubbles, and the image quality of the scan.
Team Picture
Files
- Final Report (May 3, 2023)
- Final Poster Presentation (April 27, 2023)
- Executive Summary (April 21, 2023)
- Preliminary Report (March 1, 2023)
- PDS (February 11, 2023)
Contact Information
Team Members
- Joel Nitz - Team Leader
- Erwin Cruz - Communicator
- Anna Mercord - BSAC
- Mustafa Al Sakhbouri - BWIG & BPAG
- Markayle Schears
Advisor and Client
- Prof. John Puccinelli - Advisor
- Dr. Melissa Kinney - Advisor
- Dr. JP Yu - Client
Related Projects
- Spring 2023: High throughput quantitative ex vivo MRI of the mouse brain
- Fall 2022: High throughput quantitative ex vivo MRI of the mouse brain