Author: Molly McCloskey

hiPSC Differentiation into Brain Pericyte-like Cells, Round 2

Introduction Breakdown of the blood-brain barrier (BBB) is one of the earliest signs of sepsis and is linked with long-term cognitive impairment. As animal models poorly recapitulate human sepsis, alternative approaches are direly needed to understand sepsis-associated brain injury and

Posted in memBrains

HBVP (pericyte) and hCMEC/D3 (endothelial cell) µSiM Coculture Optimization

Introduction Breakdown of the blood-brain barrier (BBB) is one of the earliest signs of sepsis and is linked with long-term cognitive impairment. We are developing a coculture model of the human blood-brain barrier (µSiM-hBBB) to elucidate mechanisms of BBB breakdown

Posted in memBrains, NRG

iPSC IMR90-4 ApoE Genotyping

Introduction The ApoE4 allele of the apolipoprotein E (ApoE) gene is the greatest known genetic risk factor for Alzheimer’s disease. Further it has been linked to increased susceptibility and duration of infection. On the other hand, the ApoE3 allele has

Posted in memBrains

ALine mod-µSiM: Version2

Modular µSiM Version 2 (V2) Holds ~30 µl of media in the bottom channel. Designed for cocultures, ELISAs, and other assays that are easier with greater channel media volumes. For more surface area and volume information on mod-µSiM V2, see

Posted in memBrains, NRG

10 kDa Small Molecule Permeability Optimization

Introduction A healthy blood-brain barrier is not permissive to most small molecules, but during inflammation, tight junctions weaken and the barrier becomes more permissive. We have developed an in situ permeability assay that tracks diffusion across a cell monolayer and

Posted in memBrains Tagged with:

Neural Crest Stem Cell Differentiation into Brain Pericyte-like Cells

Introduction Breakdown of the blood-brain barrier (BBB) is one of the earliest signs of sepsis and is linked with long-term cognitive impairment. As animal models poorly recapitulate human sepsis, alternative approaches are direly needed to understand sepsis-associated brain injury and

Posted in memBrains

hiPSC Differentiation into Neural Crest Stem Cells

Introduction Breakdown of the blood-brain barrier (BBB) is one of the earliest signs of sepsis and is linked with long-term cognitive impairment. As animal models poorly recapitulate human sepsis, alternative approaches are direly needed to understand sepsis-associated brain injury and

Posted in memBrains Tagged with:

hCMEC/D3 Barrier Formation

Goal In preparation for experimentation with hCMEC/D3, an immortalized BBB cells line, I characterized barrier formation by taking TEER. I want to find peak barrier formation to determine what day to run assays. Methods hCMEC/D3 were maintained and passaged in

Posted in NRG

Modular µSiM Device Assembly

Introduction We are aiming to make device assembly easy and quick, particularly for distribution to non-engineering laboratories. We are collaborating with ALine to develop assembly via pressure-sensitive adhesion techniques. Assembly Process Modular Device Assembly Animation2 We made ten devices with

Posted in NRG

hiPSC Differentiation to Brain Microvascular Endothelial Cells (BMEC)

INTRODUCTION The blood-brain barrier (BBB) is a highly selective endothelial barrier that serves a crucial role in maintaining tissue homeostasis in the brain. Many current models, however, suffer from low TEER and permeability values far greater than physiological levels. Recently,

Posted in NRG
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