Enthalpies of combustion of d-ribose and 2-deoxy-d-ribose

Thermochemistry of adenosine

“…However, heat-capacity measurements for D-ribose have been recently performed by Boerio-Goates et al (36) These results lead to S o m = (175.7 ± 0.6) J · K −1 · mol −1 for D-ribose(cr) at T = 298.15 K. This third law entropy is combined with f H o m = −(1047.23 ± 1.7) kJ · mol −1 determined by Colbert et al (37) for D-ribose(cr) and leads to f G o m = −(743.33 ± 1.8) kJ · mol −1 for this substance at T = 298.15 K. Goldberg and Tewari's review (33) gives sol G o m = −(8.7 ± 0.5) kJ · mol −1 for D-ribose (see their catalog entry no. 177).…”

Biomolecules in hydrothermal systems: Calculation of the standard molal thermodynamic properties of nucleic-acid bases, nucleosides, and nucleotides at elevated temperatures and pressures

“…Although values of DG f ðcrÞ and S ðcrÞ for crystalline deoxyribose are not available in the literature the experimental value of DH f ðcrÞ determined by Colbert et al (1987) can be combined with an estimated value of S ðcrÞ to calculate a provisional value of DG f ðcrÞ by rearranging Eq. (42).…”

“…n Nabavian et al (1977). o Calculated from density data given by Colbert et al (1987). p Colbert et al (1987).…”

“…o Calculated from density data given by Colbert et al (1987). p Colbert et al (1987). q Boerio-Goates et al (2001).…”

“…1 Krebs and Kornberg (1957), Wilhoit and Shiao (1964), Phillips et al (1965), Phillips (1966), Alberty (1969), Brown (1969), Cox and Pilcher (1970), Herskovits and Bowen (1974), Nabavian et al (1977), Sabbah et al (1977), Høiland and Holvik (1978), Kilday (1978a,b,c,d), Wilson et al (1979), Bardi et al (1980), Ramirez and Marecek (1980), Sabbah (1980), Stern and Oliver (1980), Teplitsky et al (1980), Ahmed et al (1981), Glukhova et al (1981), Kilday (1981), Jasra and Ahluwalia (1982), Teplitsky et al (1982), Kanbour et al (1983), Kirklin and Domalski (1983), DeVoe and Wasik (1984), Høiland et al (1984), Stern and Hubler (1984), Zielenkiewicz et al (1984), Apelblat (1986), Dawson et al (1986), Gajewski et al (1986), Colbert et al (1987), Buckin (1988), Tewari et al (1988), Buckin et al (1989), Goldberg and Tewari (1989), Kishore et al (1989), Kishore and Ahluwalia (1990a,b), Paljk et al (1990), Goldberg and Tewari (1991), Tewari et al (1991), Zolkiewski and Zielenkiewicz (1991), …”