Luke8472

[Luke8472 @luke8472]

@OwenPorth @NU_ChemE Great idea and simulations! Why did you choose that microfluidic configuration as opposed to rounded edges or something like NanoAssemblr's NxGen roundabouts?

[Luke8472 @luke8472]

@Sasaene @francescowai1 @posterforclass @mustafayev8musa @AlhosaniAhmed_ Great idea and theory! Have you been able to compare other materials' operating temperatures, areas under their hysteresis curves, or any other relevant parameters to determine that this one is optimal?

[Luke8472 @luke8472]

@petersiegpeter @NU_ChemE @liperrea6 @AidanCHME @anthonySal10 Nice experiment! I am wondering what dissolution would look like in fasted vs fed gastric vs intestinal fluids. Would this be significantly different for other cannabinoids? Is there a particular region in the GI you’re targeting for release?

[Luke8472 @luke8472]

@JJForsterIII @JenAhmedSilva1 @TylerMc05727002 @KristineUmeh @william17182937 HIC is definitely more scalable than SEC in our other process. I think HIC depends only on the hydrophobicity of the surfactant head, but I would be interested to see if there would be resolution. This also reminds me of (intentionally) micellar liquid chromatography...