Archaeal and hybrid membrane permeability to non-polar amino acids.

Archaeal and hybrid membrane permeability to non-polar amino acids.

<p>Temporal dependence of average carboxyfluorescein (CF) fluorescence in the archaea-like G1PC phospholipid membrane (<b>A, D, G, J</b>: G1PC, filled symbols) and in the ‘hybrid’ phospholipid membrane (<b>B, E, H, K</b>: G3PC, open symbols) during exposure to 1 mM of d...

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Main Author: Olivia Goode (10811557) (author)
Other Authors: Urszula Łapińska (11552799) (author), Juliano Morimoto (2743036) (author), Georgina Glover (4709206) (author), David S. Milner (7313669) (author), Alyson E. Santoro (2486341) (author), Stefano Pagliara (131640) (author), Thomas A. Richards (7313678) (author)
Published: 2025
Subjects:
Biochemistry
Microbiology
Genetics
Molecular Biology
Evolutionary Biology
Developmental Biology
Infectious Diseases
Computational Biology
Chemical Sciences not elsewhere classified
repertoire includes alanine
one key feature
homogenous unilamellar vesicles
enantiomers ); however
hybrid &# 8217
drive stereochemical selection
archaeal lipid characteristics
using permeability assays
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compounds could enter
compounds could
permeability selection
permeability characteristics
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specific chirality
reduced alphabet
previously demonstrated
plausible first
pentose sugars
hexose sugars
encapsulated within
core metabolism
amino acids
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