Stina Stenhagen
Swedish biochemist
Stina Stenhagen's AcademicInfluence.com Rankings
Download Badge
Biology
Stina Stenhagen's Degrees
- Masters Biotechnology Uppsala University
- Bachelors Chemistry Stockholm University
Why Is Stina Stenhagen Influential?
(Suggest an Edit or Addition)According to Wikipedia, Stina Lisa Stenhagen was a Swedish biochemist who was active in the fields of medical chemistry and chemical ecology. Together with her husband she carried out groundbreaking research into the chemical composition of tubercular bacteria. In 1963, she was appointed professor of medical chemistry at Gothenburg University, so becoming the institution's first female professor. She and her colleagues later applied gas chromatography and mass spectrometry to investigate how pheromones allow communications between insects as well as between insects and plants, developing interest in a field which became known as chemical ecology.
Stina Stenhagen's Published Works
Published Works
- Changes in the fatty acid composition of cerebrosides and sulfatides of human nervous tissue with age. (1968) (164)
- Volatile components of the cephalic marking secretion of male bumble bees. (1970) (104)
- Phase Transitions in Condensed Monolayers of Normal Chain Carboxylic Acids (1945) (93)
- The higher saturated branched chain fatty acids (1964) (66)
- Fatty acid composition of sphingomyelins in blood, spleen, placenta, liver, lung and kidney (1966) (36)
- Synthesis of (--)-Methyl 2D,4D,6D-Trimethylnonacosanoate and Identification of C32-Mycocerosic Acid as a 2,4,6,8-Tetramethyloctacosanoic Acid. (1959) (34)
- Some recent studies on the structural arrangements of lipids in surface layers and interphases. (1969) (27)
- Very Long Hydrocarbon Chains. I. The Synthesis of n-Dooctacontane and n-Hectane. (1952) (20)
- The Qualitative Separation of Purines, Pyrimidines, and Nucleosides by Paper Chromatography. (1952) (20)
- Studies on Natural Odoriferous Compounds. III. Synthesis of (+)- and (-)-3,7,11-Trimethyl-6-trans,10-dodecadien-1-ol. (1971) (18)
- Infra-Red Spectrum and Molecular Structure of Phthiocerane (1947) (17)
- Structure of Phthiocerol (1959) (16)
- On the Complexity of Cadmium and Silver Sulphate. (1952) (15)
- The Absolute Configuration of Terrestrol. (1970) (14)
- A Recording Surface Balance of the Horizontal Type (1947) (12)
- REARRANGEMENT IN THE PREPARATION OF ESTER ACID CHLORIDES (1947) (11)
- A MONOLAYER AND X-RAY STUDY OF MYCOLIC ACID FROM THE HUMAN TUBERCLE BACILLUS (1945) (10)
- STUDIES ON HYDROCARBONS STRUCTURALLY RELATED TO PHTHIOCEROL SYNTHESIS OF THE LEVOROTATORY ENANTIOMORPH OF 4-METHYL-TRITRIACONTANE (1950) (8)
- Synthesis of Racemic Methyl Phthienoate. (1956) (7)
- The Conjugation of 2-Amino-ethanesulfinic Acid (Hypotaurine) with Cholic Acid by Rat Liver Microsomes. (1956) (6)
- On the Use of Monolayer Phase Diagrams for Determining the Composition of Mixtures of Homologous Long Chain Compounds of High Molecular Weight. (1949) (6)
- Monolayers of Diastereoisomeric Long Chain Compounds. The Behaviour of (+)-2(L),9(L)-Dimethyltetracosanoic Acid, (+)- 2(L),9(D)-Dimethyltetracosanoic Acid, and the Corresponding 7-Keto Acids. (1951) (4)
- On the Hydrogen Peroxide Decomposition. The Influence of Small Amounts of Cupric Salt on the Ferric Salt Catalysis. (1952) (4)
- A New Crystalline Modification of Cellulose as Revealed by X-Ray Diffractograms of Hydrolyzed Cotton and Wood Pulp. (1959) (3)
- Synthesis of Racemic Methyl C27-Phthienoate. Part II. (1956) (2)
- The Fractionation of the Phosphorus-containing Proteins of Rat Liver Cell Sap. (1956) (1)
- On the Szilard-Chalmers Reaction with Potassium Bromate. Preparation of 82Br, Hot-atom Chemistry, and Radiation Chemistry. (1952) (1)
- An Absolute Determination of the Rate of the Exchange Reaction between Cadmium Amalgam and Cadmium Cyanide Solutions. (1956) (1)
- The Action of a Mitochondrial Protein Fraction on Mitochondrial ATP-ase and Oxidative Phosphorylation. (1956) (1)
- Surface Balance Studies of the Multimolecular Layers of Isodextropimaric Acid. (1952) (0)
- On the Modes of Reaction of Hydrogen Peroxide, with some Remarks on the Determination of the Mechanism of a Chemical Reaction from its Kinetics. (1952) (0)
- The Mechanism of Formation of Bile Acids from Cholesterol. (1956) (0)
This paper list is powered by the following services:
Other Resources About Stina Stenhagen
What Schools Are Affiliated With Stina Stenhagen?
Stina Stenhagen is affiliated with the following schools:
