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NASA NTRS · 20000068529

Integrated Microchemical Analysis System Using DS2 Penetrator Technology for the Enantiomeric Detection of Amino Acids

Abstract

Any strategy for investigating whether abiotic and/or biotic organic molecules are present on Mars and the search for biosignatures should focus on compounds which are readily synthesized under plausible prebiotic conditions, play an essential role in biochemistry as we know it and have properties such as chirality (handedness) which can be used to distinguish between abiotic vs. biotic origins (1). Amino acids are one of the few compound classes that fulfill all these requirements. They are synthesized in high yields in prebiotic simulation experiments, are one of the more abundant types of organic compounds present in carbonaceous meteorites and only the L-enantiomers are used in the proteins and enzymes in life on Earth.

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BibTeXRIS

Frank J Grunthaner, Jeffrey L Bada, Richard Mathies, Lester Hutt, Paula Grunthaner, Sabrina Grannan, Gisela Lin, Diana L Blaney, Gene McDonald, Luann Becker. 1996-01-01. Integrated Microchemical Analysis System Using DS2 Penetrator Technology for the Enantiomeric Detection of Amino Acids. https://ntrs.nasa.gov/citations/20000068529

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