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Effect of Steroids of Different Type on Transport ATPase
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H. J. Portius
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Chapters in this book
- Frontmatter 1
- Contents 3
- Introduction 4
- On the Biosynthesis of Sterols and Pentacyclic Triterpenoids in Tetrahymena pyriformis 5
- Biosynthesis in Plant sterols V. Formation of Cardenolides in Digitalis Plants 17
- Studies on the Pathways of Brain Cholesterol Biosynthesis after Squalene Cyclization 31
- The Function of Sterols in Mycoplasma 37
- Formation of Sterol Esters in Mycobacteria 47
- Sterols in Bacteria 53
- Studies on the Degradation of Ring A of Steroids by Microbial Enzymes 57
- Microbiological Degradation of Bile Acids XX . Some Nitrogen-Containing Compounds as Cholic Acid Metabolites by Microorganisms 63
- Microbiological Degradation of Ring C and D of the Steroid Skeleton 81
- Zusammenhänge zwischen Steroidumwandlung und Eigenmetabolismus der Mikroorganismen 89
- Microbiological Conversion of Cholesterol into Androsta-1,4-diene-3,17-dione 101
- Hydroxylation with Ferro-Ascorbate as a Completion or Substitute of the Microbiological Transformation of Steroids 107
- Preparation of Steroid Metabolites by Microbial Reactions 111
- Transformations of Cardenolides by Microorganisms of the Intestine 115
- Combined Gas Chromatography-Mass Spectrometry in Steroid Research 121
- Anomalous Steroids and Fungi 131
- Introduction of Oxygen Functions in 3-Desoxysteroids of the C19-Series by Corynebacterium, 135
- Über einige neue Ergebnisse der enzyinatischen Umwandlung von C18-Steroiden durch verschiedene Mikroorganismen 141
- Les "Récepteurs Hormonaux". Mise en Evidence de la Liaison Spécifique de l'Oestradiol à des Protéines Uterines 147
- Studies on the Mechanism of Action of Estrogen and Progesterone 155
- Action of Steroid Hormones on the Cell Nucleus 165
- The Mechanism oi Action of Steroid Hormones: Some Aspects of the Contemporary Problem 171
- Effect of Steroids of Different Type on Transport ATPase 179
- Charakterisierung eines Steroidrezeptors bei Streptomyces hydrogenans 185
- Further Studies of Microbial Reduction of 20-Keto Steroids into 20α-Hydroxy Steroids 195
- Studies of 3-Oxo-Δ4-Steroid-Δ1-Oxydoreductase of Arthrobacter Simplex 201
- Enzymatic Mechanism of Microbiological Dehydrogenation and Hydrogenation of Steroid Ring A 213
- Closing Remarks 217
- KURT SCHUBERT 219
- Index 223
Chapters in this book
- Frontmatter 1
- Contents 3
- Introduction 4
- On the Biosynthesis of Sterols and Pentacyclic Triterpenoids in Tetrahymena pyriformis 5
- Biosynthesis in Plant sterols V. Formation of Cardenolides in Digitalis Plants 17
- Studies on the Pathways of Brain Cholesterol Biosynthesis after Squalene Cyclization 31
- The Function of Sterols in Mycoplasma 37
- Formation of Sterol Esters in Mycobacteria 47
- Sterols in Bacteria 53
- Studies on the Degradation of Ring A of Steroids by Microbial Enzymes 57
- Microbiological Degradation of Bile Acids XX . Some Nitrogen-Containing Compounds as Cholic Acid Metabolites by Microorganisms 63
- Microbiological Degradation of Ring C and D of the Steroid Skeleton 81
- Zusammenhänge zwischen Steroidumwandlung und Eigenmetabolismus der Mikroorganismen 89
- Microbiological Conversion of Cholesterol into Androsta-1,4-diene-3,17-dione 101
- Hydroxylation with Ferro-Ascorbate as a Completion or Substitute of the Microbiological Transformation of Steroids 107
- Preparation of Steroid Metabolites by Microbial Reactions 111
- Transformations of Cardenolides by Microorganisms of the Intestine 115
- Combined Gas Chromatography-Mass Spectrometry in Steroid Research 121
- Anomalous Steroids and Fungi 131
- Introduction of Oxygen Functions in 3-Desoxysteroids of the C19-Series by Corynebacterium, 135
- Über einige neue Ergebnisse der enzyinatischen Umwandlung von C18-Steroiden durch verschiedene Mikroorganismen 141
- Les "Récepteurs Hormonaux". Mise en Evidence de la Liaison Spécifique de l'Oestradiol à des Protéines Uterines 147
- Studies on the Mechanism of Action of Estrogen and Progesterone 155
- Action of Steroid Hormones on the Cell Nucleus 165
- The Mechanism oi Action of Steroid Hormones: Some Aspects of the Contemporary Problem 171
- Effect of Steroids of Different Type on Transport ATPase 179
- Charakterisierung eines Steroidrezeptors bei Streptomyces hydrogenans 185
- Further Studies of Microbial Reduction of 20-Keto Steroids into 20α-Hydroxy Steroids 195
- Studies of 3-Oxo-Δ4-Steroid-Δ1-Oxydoreductase of Arthrobacter Simplex 201
- Enzymatic Mechanism of Microbiological Dehydrogenation and Hydrogenation of Steroid Ring A 213
- Closing Remarks 217
- KURT SCHUBERT 219
- Index 223
