Laboratory detection and astronomical study of interstellar acetohydroxamic acid, a glycine isomer

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SUMMARY

    A different hydrolytic pathway (Ozeki et_al 2017), and the glycine isomer glycolamide (CH2 (OH)C(O)NH2 ); Sanz-Novo et_al 2020) have been recently reported. The previous simulations (Sanz-Novo et_al 2019) suggest that this glycine isomer should be searched for in the ISM, eventually, but there is no experimental rotational data available for this molecular system. Lately, efficient procedures have been devoted to generating the neutral forms of proteinogenic amino_acids by laser ablation, allowing their conformational investigation using Fourier transform microwave (FTMW) techniques (Alonso and amp; López 2015). New gas-phase theoretical . . .

     

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