This perfusion array allows quick changing of solutions. Solutions with different drugs are applied while recording the bioelectrical activity of nerve cells. The handmade array, roughly the size of a matchbook and very fragile, is essential for determining drug effectiveness at the level of a single protein’s function. I used a dual-light source to construct it using fine tubing, super-glue, wax, and half-millimetre glass barrels.
Submission Year:
2015-16
Photographer's affiliation:
Graduate student
Academic areas:
Graduate Studies and Postdoctoral Affairs
Health Sciences
Photo:
![Perfusion of Light Perfusion of Light](https://www.queensu.ca/research/sites/all/modules/contrib/lazyloader/image_placeholder.gif)
Categories:
PhD student/candidate
School of Graduate Studies
Faculty of Health Sciences
School of Medicine
Department of Biomedical and Molecular Sciences
Materials Discovery and Molecular Design
Patient-Oriented Research, Transformative Health Care and Health Promotion
Location of photograph:
Botterell Hall, Queen's University
Prize name:
Photographer's name:
Raymond Sturgeon
Display Photographers Affiltion + Faculty or Department:
PhD Student, Biomedical and Molecular Sciences