An astrophysically-relevant mechanism for amino acid enantiomer enrichment
Copyright policy )An astrophysically-relevant mechanism for amino acid enantiomer enrichment
The sublimation of low ee amino acids was examined while exploring simple mechanisms by which high ee amino acids can be generated under conditions that exist in space; significant enantioenrichment of a variety of amino acids by sublimation was achieved.
- University of Oxford United Kingdom
- University of Groningen Netherlands
STAR-FORMATION REGIONS, Photolysis, Extraterrestrial Environment, HOMOCHIRALITY, CIRCULAR-POLARIZATION, MARS, Mars, OPTICAL-ACTIVITY, Stereoisomerism, Meteoroids, MASS-SPECTROMETER, Leucine, INTERSTELLAR ICE ANALOGS, SUBLIMATION, ORGANIC-MOLECULES, PHOTOLYSIS, Amino Acids
STAR-FORMATION REGIONS, Photolysis, Extraterrestrial Environment, HOMOCHIRALITY, CIRCULAR-POLARIZATION, MARS, Mars, OPTICAL-ACTIVITY, Stereoisomerism, Meteoroids, MASS-SPECTROMETER, Leucine, INTERSTELLAR ICE ANALOGS, SUBLIMATION, ORGANIC-MOLECULES, PHOTOLYSIS, Amino Acids
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