Hello Everyone, I have been working on 100 and 50 nm beads since ACNMM conference to optimize our isolation technique for exosomes and verify that our approach works. Technically, based on the discussion that we had before about Peclet Number,…

Hopefully in the next week we will be submitting the following manuscript … X. Li, D. Johnson, W. Ma, H. Chung, J. Getpreecharsawas, J.L. McGrath, A.A. Shestopalov, Modification of Nanoporous Silicon Nitride with Stable and Functional Organic Monolayers, ACS Chemistry…

I’ve been gathering data for a paper using my microporous MgF2 nanomembranes so here are some sample figures for such a paper. Herein, we are trying to create a porous, Raman-compatible substrate for use in cell culture. Researchers have used…

First off, a quick update on the state of the lab. The day finally came, we had to pack up and put everything in storage, so unless there is a very pressing need, I’m done data collection for the time…

Hello everyone, for my first ever post I would like to share with you a collection of ideas that has turned into a review I’ll be working on. Here you will find some selected publications that report interesting fabrication processes…

This post is an update of the TAT ELISA study. Details of which can be found in the prior post by Keisha and I: https://trace-bmps.org/blog/data/2016/02/18/hemocompatibility-studies This is the most up-to-date data: The error bar represents the standard error of mean. n…

Purpose: Study the hemocompatibility of different substrates using the concentration of C3a as the indicator. Background: C3a is a protein produced during immune response. Directly from Wikipedia: The classical pathway of complement activation is initiated when the C1 complex, made…

After reading and discussing a paper in journal club that talked about cells having a “mechanical memory” (found here “Mechanical memory and dosing influence stem cell fate“), we decided to replicate our previous YAP/TAZ experiments with passage one HUVECs direct from…

I was concerned that even though my calculations for etching the microporous MgF2 material show that the silicon nitride was being removed completely, not all of the silicon nitride was indeed being removed. Hypothetically, the presence of additional remnants of silicon…