Difference between revisions of "VOLUME XV. Steroids and Terpenoids"
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Available [https://www.pdfdrive.com/steroids-and-terpenoids-e175944189.html here]. | Available [https://www.pdfdrive.com/steroids-and-terpenoids-e175944189.html here]. | ||
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| + | "This resulting volume, devoted to methodology in the steroid and terpenoid fields, is divided into four main sections that deal, respectively, with special analytical methods, methods of synthesis of labeled substrates, enzyme preparation methods, and steroid-binding protein methods as exemplified by corticosteroid binding globulin (C.B.G.). As in the other volumes of this publication, the aim has been to include details of new procedures or improvements in existing methods that have become available since the last contributions in the area of steroid biochemistry were made to the treatise. Thus, in the analytical section, thin-layer chromatography and a number of applications of gas-liquid chromatography receive particular attention, and, with regard to the latter, methods for the isolation of suitably purified extracts for analysis by the highly sensitive electron-capture technique are emphasized." | ||
Latest revision as of 06:07, 28 January 2022
Available here.
"This resulting volume, devoted to methodology in the steroid and terpenoid fields, is divided into four main sections that deal, respectively, with special analytical methods, methods of synthesis of labeled substrates, enzyme preparation methods, and steroid-binding protein methods as exemplified by corticosteroid binding globulin (C.B.G.). As in the other volumes of this publication, the aim has been to include details of new procedures or improvements in existing methods that have become available since the last contributions in the area of steroid biochemistry were made to the treatise. Thus, in the analytical section, thin-layer chromatography and a number of applications of gas-liquid chromatography receive particular attention, and, with regard to the latter, methods for the isolation of suitably purified extracts for analysis by the highly sensitive electron-capture technique are emphasized."
