HubertManne@piefed.social
on 28 Jul 21:27
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RNACap uses pH-sensitive coatings and pressure-triggered release membranes to remain intact in the stomach. Contents are released in the intestine in response to neutral pH and peristalsis.
Nanoparticles were formulated using G0-C14, PLGA, and PEG-lipid components for mucus penetration and endosomal escape. A 5% DMPE-PEG formulation showed optimal transfection in vitro.
oh man. as a needlephobe. please. please. please.
pressedhams@lemmy.blahaj.zone
on 28 Jul 21:34
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I just saw a similar article about using this delivery method for insulin. I’m just some plebeian but it’s all very interesting!
tenchiken@lemmy.dbzer0.com
on 29 Jul 03:04
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Thanks for the summary!
HubertManne@piefed.social
on 29 Jul 03:11
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no prob. If I read the article I usually try to paste what I feel is the most relevant bit and once in awhile I will do the whole thing or if its too long I will add a comment encouraging people to read the article if its good enough.
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RNACap uses pH-sensitive coatings and pressure-triggered release membranes to remain intact in the stomach. Contents are released in the intestine in response to neutral pH and peristalsis.
Nanoparticles were formulated using G0-C14, PLGA, and PEG-lipid components for mucus penetration and endosomal escape. A 5% DMPE-PEG formulation showed optimal transfection in vitro.
oh man. as a needlephobe. please. please. please.
I just saw a similar article about using this delivery method for insulin. I’m just some plebeian but it’s all very interesting!
Thanks for the summary!
no prob. If I read the article I usually try to paste what I feel is the most relevant bit and once in awhile I will do the whole thing or if its too long I will add a comment encouraging people to read the article if its good enough.