StoriesPhysiatry, 3D Printed Prosthetics, and the Intersection of Engineering & Medicine: A Chat with Alumnus Dr. Amanda Mayo
MediaJudy Gilligan, Operations Assistant, Retires After 16 Years of Dedicated Service at the Institute of Biomedical Engineering
Share Hongmin Chen, PhD CandidateWarren Chan LabDepicted in the picture is a collection of quantum dot infused polystyrene beads imaged on a smartphone. The beads are fluorescently coloured and can be used in a sandwich assay for diagnosing infectious diseases. The “tails” attached to the beads are imaging artifacts from our custom imaging system. Siwan Park, PhD CandidateEdmond Young LabWe have developed a lung airway-on-a-chip consisting of an airflow system combined with airway epithelial cells cultured in a biodegradable floating hydrogel. This Microfluidic system enables the delivery of particulate matter to the live epithelial cells, which can then be extracted from the chip for various biochemical characterizations. This system represents a promising in vitro platform to study the effect of air pollution on lung airway epithelial cells. Wendy Wang, Postdoctoral FellowLeo Chou LabNanodevices created out of DNA (red) were introduced to macrophages (cyan) in culture. Cell nuclei are labelled in yellow. Chantal Trepanier, MASc CandidatePaul Santerre LabNanoparticle crystalline lattice. Zachary Fishman, Postdoctoral FellowCari Whyne LabOn a 3D head CT scan, the facial soft tissue thickness is visualized between the segmented skin surface and the skull (0 to 20 mm scale). Zongjie Wang, PhD CandidateShana Kelley & Edward Sargent LabThis SEM image reveals the 3D-printed microstructure of a microfluidic system which has been applied to early cancer diagnosis and cell enrichment for immunotherapy. Zi Xuan Zhang, PhD CandidateEli Sone & Sowmya Viswanathan LabTransmission electron microscopy is an indispensable tool used by the Sone lab to image collagen fibrils on the nanoscale. Chuan Liu, PhD CandidateMilica Radisic LabScaffolds fabricated by 3D printing of bioelastomers have the ability to mimick both the structures and mechanical properties of native tissues, which are ideal for organ-on-a-chip and tissue engineering applications. When printed via coaxial extrusion in a stochastic manner, this artistic three-dimensional structure made of rhodamine-embedded poly(itaconate-co-citrate-co-octanediol) was created. Keyu Zhuang, PhD CandidateHai-Ling Margaret Cheng LabImmunofluorescence images of human embryonic stem cells, staining for pluripotency markers OCT4 (green), SSEA4 (red), and cell nuclei (blue).