Interstellar Chemistry Special Feature: Interferometric observations of large biologically interesting interstellar and cometary molecules

Details Interstellar Chemistry Special Feature: Interferometric observations of large biologically interesting interstellar and cometary molecules Interstellar Chemistry Special Feature: Interferometric observations of large biologically interesting interstellar and cometary molecules

Aug 2006

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2006pnas..10312243s&link_type=abstract

Proceedings of the National Academy of Science, vol. 103, Issue 33, p.12243-12248

Biology

Quantitative Biology

Biomolecules

16

Scientific paper

Interferometric observations of high-mass regions in interstellar molecular clouds have revealed hot molecular cores that have substantial column densities of large, partly hydrogen-saturated molecules. Many of these molecules are of interest to biology and thus are labeled "biomolecules." Because the clouds containing these molecules provide the material for star formation, they may provide insight into presolar nebular chemistry, and the biomolecules may provide information about the potential of the associated interstellar chemistry for seeding newly formed planets with prebiotic organic chemistry. In this overview, events are outlined that led to the current interferometric array observations. Clues that connect this interstellar hot core chemistry to the solar system can be found in the cometary detection of methyl formate and the interferometric maps of cometary methanol. Major obstacles to understanding hot core chemistry remain because chemical models are not well developed and interferometric observations have not been very sensitive. Differentiation in the molecular isomers glycolaldehdye, methyl formate, and acetic acid has been observed, but not explained. The extended source structure for certain sugars, aldehydes, and alcohols may require nonthermal formation mechanisms such as shock heating of grains. Major advances in understanding the formation chemistry of hot core species can come from observations with the next generation of sensitive, high-resolution arrays. biomolecules | comets | chemistry

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