Tendon-on-Chip Platform for Modeling Inflammation and Fibrosis in Tendon Injury
This is my draft presentation for my CMSR presentation on December 4th.
This is my draft presentation for my CMSR presentation on December 4th.
In this post, we’ll discuss a little bit about how would the deposition temperature affect the pore formation and pore morphology. I first show some previous results of the effect of deposition temperature on the porosity and pore size from Dave. From this plot, it shows that the relative low deposition temperature barely affects the…
The idea of this project started when we were writing a mini-review about cell-substrate interaction. Although most of studies of cellular responses to porous membranes have pointed towards a multiphasic response with the same trend of changes with respect to the pore sizes, we also found some variation in the results. We suggested that some…
This post summarizes a quick update on 2 different goals: 1) membrane releasing and 2) SU-8 strain reduction. Here you will find basic background on some of the work that has already been conducted and the planned experimental work that will be conducted in conjunction with Bob Carter and Cody Soule (Co-op student). 1. ZnO as…
In our previous adsorption study, all of the surfaces seemed to adsorb a similar amount of protein. We thought this might be due to ineffective washing. In this study I tried a better washing technique: Incubate polymer membranes, pnc-Si chips, and glass in 1mg/mL BSA for 30min Rinse by vigorously swishing in 1500mL PBS for…
Last time this project was discussed at NRG, Henry was the project lead (we miss you, Henry). He was observing bladder epithelial cell (BdEC) invasion and migration in co-culture with T24 bladder cancer cells. Here are links to his previous posts. https://trace-bmps.org/bdec-t24-co-culture-wound-healing/ https://trace-bmps.org/bdec-t24-co-culture-invasion-assay-preliminary/ We have transitioned away from the invasion assay and moved towards transwell…
The AJA sputtering system has 2 oxide targets and 1 silicon target that are focused with stainless steel chimneys. During our process, films inevitably deposit on the chimney and shutters and after a while start cracking causing flakes of material to fall on the targets. I have noticed that our thinner amorphous films (5 nm,…