FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2106527911> ?p ?o ?g. }

• W2106527911 endingPage "234" @default.
• W2106527911 startingPage "229" @default.
• W2106527911 abstract "Abstract Amino acids and nucleic acid bases are very important for the living organisms. Thus, their protection from decomposition, selection, pre-concentration and formation of biopolymers are important issues for understanding the origin of life on the Earth. Minerals could have played all of these roles. This paper discusses several aspects involving the adsorption of amino acids and nucleic acid bases onto minerals under conditions that could have been found on the prebiotic Earth; in particular, we recommend the use of minerals, amino acids, nucleic acid bases and seawater ions in prebiotic chemistry experiments. Several experiments involving amino acids, nucleic acid bases, minerals and seawater ions are also suggested, including: (a) using well-characterized minerals and the standardization of the mineral synthesis methods; (b) using primary chondrite minerals (olivine, pyroxene, etc.) and clays modified with metals (Cu, Fe, Ni, Mo, Zn, etc.); (c) determination of the possible products of decomposition due to interactions of amino acids and nucleic acid bases with minerals; (d) using minerals with more organophilic characteristics; (e) using seawaters with different concentrations of ions (i.e. Na + , Ca 2+ , Mg 2+ , SO 4 2− and Cl − ); (f) using non-protein amino acids (AIB, α-ABA, β-ABA, γ-ABA and β-Ala and g) using nucleic acid bases other than adenine, thymine, uracil and cytosine. These experiments could be useful to clarify the role played by minerals in the origin of life on the Earth." @default.
• W2106527911 created "2016-06-24" @default.
• W2106527911 creator A5050907593 @default.
• W2106527911 date "2012-06-18" @default.
• W2106527911 modified "2023-10-01" @default.
• W2106527911 title "Adsorption of amino acids and nucleic acid bases onto minerals: a few suggestions for prebiotic chemistry experiments" @default.
• W2106527911 cites W1256551924 @default.
• W2106527911 cites W1582888110 @default.
• W2106527911 cites W1653158600 @default.
• W2106527911 cites W1964637595 @default.
• W2106527911 cites W1966059910 @default.
• W2106527911 cites W1966846104 @default.
• W2106527911 cites W1970454669 @default.
• W2106527911 cites W1975299131 @default.
• W2106527911 cites W1978524762 @default.
• W2106527911 cites W1979016787 @default.
• W2106527911 cites W1980734289 @default.
• W2106527911 cites W1985305181 @default.
• W2106527911 cites W1987420994 @default.
• W2106527911 cites W1987494852 @default.
• W2106527911 cites W1990894624 @default.
• W2106527911 cites W1993490997 @default.
• W2106527911 cites W1995464736 @default.
• W2106527911 cites W1996214892 @default.
• W2106527911 cites W1996695596 @default.
• W2106527911 cites W1999715877 @default.
• W2106527911 cites W2000997907 @default.
• W2106527911 cites W2002809340 @default.
• W2106527911 cites W2004060108 @default.
• W2106527911 cites W2004311790 @default.
• W2106527911 cites W2006545172 @default.
• W2106527911 cites W2009174209 @default.
• W2106527911 cites W2010245152 @default.
• W2106527911 cites W2013920849 @default.
• W2106527911 cites W2015254588 @default.
• W2106527911 cites W2018985241 @default.
• W2106527911 cites W2024033558 @default.
• W2106527911 cites W2029879798 @default.
• W2106527911 cites W2032305350 @default.
• W2106527911 cites W2032718742 @default.
• W2106527911 cites W2035118220 @default.
• W2106527911 cites W2037311756 @default.
• W2106527911 cites W2040807550 @default.
• W2106527911 cites W2041360771 @default.
• W2106527911 cites W2043825402 @default.
• W2106527911 cites W2045165720 @default.
• W2106527911 cites W2045795100 @default.
• W2106527911 cites W2046707970 @default.
• W2106527911 cites W2048945399 @default.
• W2106527911 cites W2052068945 @default.
• W2106527911 cites W2052916799 @default.
• W2106527911 cites W2056991938 @default.
• W2106527911 cites W2062049728 @default.
• W2106527911 cites W2066045882 @default.
• W2106527911 cites W2066697321 @default.
• W2106527911 cites W2068195437 @default.
• W2106527911 cites W2069538335 @default.
• W2106527911 cites W2071204739 @default.
• W2106527911 cites W2071628729 @default.
• W2106527911 cites W2071707338 @default.
• W2106527911 cites W2073948920 @default.
• W2106527911 cites W2081478136 @default.
• W2106527911 cites W2087048061 @default.
• W2106527911 cites W2088145262 @default.
• W2106527911 cites W2092063097 @default.
• W2106527911 cites W2094893844 @default.
• W2106527911 cites W2095918661 @default.
• W2106527911 cites W2097308470 @default.
• W2106527911 cites W2103529626 @default.
• W2106527911 cites W2117819623 @default.
• W2106527911 cites W2129295983 @default.
• W2106527911 cites W2132666807 @default.
• W2106527911 cites W2139878252 @default.
• W2106527911 cites W2141856312 @default.
• W2106527911 cites W2143922816 @default.
• W2106527911 cites W2149788035 @default.
• W2106527911 cites W2154998724 @default.
• W2106527911 cites W2163006245 @default.
• W2106527911 cites W2179731808 @default.
• W2106527911 cites W2323388094 @default.
• W2106527911 cites W2331938985 @default.
• W2106527911 cites W3099866269 @default.
• W2106527911 cites W3102354673 @default.
• W2106527911 cites W3211985345 @default.
• W2106527911 cites W94790976 @default.
• W2106527911 doi "https://doi.org/10.1017/s1473550412000195" @default.
• W2106527911 hasPublicationYear "2012" @default.
• W2106527911 type Work @default.
• W2106527911 sameAs 2106527911 @default.
• W2106527911 citedByCount "39" @default.
• W2106527911 countsByYear W21065279112013 @default.
• W2106527911 countsByYear W21065279112014 @default.
• W2106527911 countsByYear W21065279112015 @default.
• W2106527911 countsByYear W21065279112016 @default.
• W2106527911 countsByYear W21065279112018 @default.
• W2106527911 countsByYear W21065279112019 @default.
• W2106527911 countsByYear W21065279112020 @default.
• W2106527911 countsByYear W21065279112021 @default.

• next