Journal Club for June 6. Voting is Now Open.
Voting is open until NRG tomorrow. We’ll critically discuss the winner and summarize the 2nd place paper.
[yop_poll id=”3″]
Voting is open until NRG tomorrow. We’ll critically discuss the winner and summarize the 2nd place paper.
[yop_poll id=”3″]
Most recently I’ve been working with colloidal gold nanoparticles (referred to as AuNP from here on). We chose to use AuNP for separations because it is an ideal hard sphere particle, unlike a floppy protein. We thought we could achieve more information about the cutoffs or the sieving characteristics of the membrane by using such…
The goal of the blood brain barrier device is to co-culture cells in a closed system, with the apical chamber under flow conditions, while still being able to access either chamber for media changes or to introduce new solutions. Electrodes to measure TEER will need to be included in future design iterations. There are two…
When we are trying to optimize the capture of exosomes in the tangential flow system, it is important to understand how particles are behaving in the flow. Initially, we tried to do this last summer by looking into the particle tracing package for COMSOL, but that required a complete overhaul of the software (a new…
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This is more work that Randi did looking at ADSCs migrating towards HUVEC networks. Motivation: To demonstrate the migration of ADSC toward pre-formed HUVEC networks when ADSC are seeded 4 hours after HUVEC. Method: Monday – Coat 4 wells of a 96 well plate with 100% Geltrex, place in incubator. Seed 20,000 HUVEC cells in…
Wafer 1148 was produced roughly around the same time that the wafer I used to make my oldest MgF2 material (wafer 1085) was produced. We know that some of the NPN material from that time was not etched all the way through, creating pores that look like a ‘bowl-with-hole’. I believe the shape of the…