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Nanopores May Eliminate Current Evaluation Processes Used for Detecting Epigenetics-Related Diseases
http://www.azonano.com/news.aspx?newsID=26865
UV-Ozone treated SC267: DDM passes and BSA held back
ByMike HBuilding on my recent posts I ran an experiment with SC267 testing the ability of BSA and DDM to diffuse through UV-Ozone treated (20min at 150C) and untreated samples. I used four samples testing both BSA and DDM in the treated and untreated cases using Jess’ diffusion cell. Again 6uL was placed on the membranes…
Immunogold Labeling of Exosomes
ByKileanSo, this is the data that we have all been waiting for. Without all the fancy introductions and stuff, I present you with labeled exosomes. They were isolated in tangential flow from my human plasma samples using the SOP that I have been following along with a labeling protocol that Henry and I developed. It…
% Adsorptive Loss
This is just a little update on the results of the pnc-Si, cellulose, and pes separations. When I added up the retentate and filtrate, it didn’t always equal the intensity of the starting sample (keeping in mind that I was unable to collect filtrate from PES and should re-try that separation). I took the percent…
Record porosity and size in 15 nm pnc-Si
As a continuation of the substrate bias series, I deposited a 15 nm film with 05 W substrate bias and annealed at 1000 C. TEM shows that this condition generates a 13.4% porosity and a max pore size of ~40 nm! Here is a comparison of all the bias conditions tested thus far: I believe…
Electroosmosis Bits and Pieces
This post explains that electroosmosis in our material is higher than we expected. Jim suggested that maybe we don’t have fully developed flow in our thin material. Here I attempt to find the entrance length, or distance until fully developed flow, in our material. One needs to keep in mind that this is a continuum…
