Category: NRG

MPS 2024 slides-Investigating Impact of a “Cytokine Storm” on Astrogliosis in Human Blood-Brain Barrier in a Microfluidic Model of Sepsis

MPS-2024-KC-1

Posted in NRG

Modeling pericyte loss in CNS disease using the µSiM platform to understand post-operative delirium superimposed on dementia – Michelle’s MPS Talk

MPS 2024

Posted in NRG

Utilization and development of in vitro µSiM platforms to study Bacterial Invasion of the Osteocyte Lacuno-Canalicular Network – MPS World Summit 2024 Poster

20240515 MPS 2024 poster

Posted in NRG

Developing a Microfluidic Human Tendon-on-a-Chip to Investigate the Role of the Vasculature in Tendon Injury – MPS World Summit 2024 Poster

Isabelle Linares_MPS World Summit 2024_Poster

Posted in NRG

Pericytes Contribute Basement Membrane Proteins in a Human Stem Cell-Derived Blood-Brain Barrier Model (Louis Widom’s 2024 MPS World Summit Poster)

20240605_LPW_MPS_Poster_Final

Posted in NRG, μSiM

Review of nanoparticle-based CAD-IA trials up to date

Introduction As we’ve been trying for nanoparticle-based CAD-IA for multiple trials, we have tested various reaction routes, reaction conditions, and antibody pairs with 3 different nanoparticles. Here, I would like to take a step back to go through the CAD-IA

Posted in NRG

HUVEC ICAM-1 Activation by Bacterial Extracellular Vesicles Derived From E. coli Treated with Different Antibiotics

Introduction In prior work by Panteha Torabian and the Michel Lab (RIT’s College of Science), we have seen that treatment of E. coli with different antibiotics can result in changes in the production of bacterial extracellular vesicles (bEVs). In the

Posted in NRG Tagged with: , , ,

Jim’s Talk at Spring Brain Conference in Sedona, AZ

My Talk (PPT; Keynote) Program My Notes

Posted in NRG

Measurement and analysis of pore size variability in microporous membrane chips acquired from Aquamarijn

The purpose of this study was to characterize pore sizes on Aquamarijn (Aquamarijn Membranes B.V., the Netherlands) membrane chips. Membranes provided to us by Aquamarijn have a design specification of 450 nm pore size across 14 windows in the chip.

Posted in NRG

Compatibility of Aquamarijn Membranes in the SepCon Devices

The SepCon filtration devices represent an innovative housing solution for Silicon Nitride membranes utilized in the filtration of microparticles and nanoparticles. In assessing compatibility, I conducted a test to evaluate the suitability of Aquamarijn’s microsieve membranes with our existing SepCon

Posted in NRG
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