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Mh. Chem., 132, 1519-1526 (2001) R.A. Obermüller, C. Etzlstorfer and H. Falk, On the Chemistry of a Dibenzohypericin Derivative. Mh. Chem., 133, 89-96 (2002) J. Leonhartsberger and H. Falk, The Protonation and Deprotonation Equilibria of Hypericin Revisited. Mh. Chem., 133, 167-172 (2002) B. Lackner and H. Falk, Concer... | Wikipedia - Heinz Falk - Published works > Scientific articles | 333 | 910 | null |
Salama, B. Lackner and H. Falk, An Efficient Synthesis of O-Methyl Protected Emodin Aldehyde and Emodin Nitrile. Mh. Chem., 134, 1113-1119 (2003) Bettina Schwarzinger, and Heinz Falk, A Unique Photoreaction of Hypericinate Bound to Human Serum Albumin, Lipids, or Vesicles. Mh. Chem., 134, 1353-1358 (2003) Beate Hager, ... | Wikipedia - Heinz Falk - Published works > Scientific articles | 349 | 1,051 | null |
Jary, Thorsten Ganglberger, Peter Pöchlauer, and Heinz Falk, Generation of Singlet Oxygen from Ozone Catalysed by Phosphinofer-rocenes. Mh. Chem., 136, 537-541 (2005) Bernd Lackner, Christoph Etzlstorfer and Heinz Falk, Synthesis and Properties of 10,11-Dibenzimidazolyl-10,11-didesmethyl-hypericin – The First Heterocyc... | Wikipedia - Heinz Falk - Published works > Scientific articles | 345 | 1,113 | null |
Chem., 136, 609-618 (2005) Bernd Lackner, Yulita Popova, Christiph Etzlstorfer, Andrija A. Smelcerovic, Christian W. Klampfl, and Heinz Falk, Syntheses and Properties of Two Heterocyclically Substituted Hypericin Derivatives: 10,11-Dibenzothiazolyl-10,11-didesmethyl-hypericin and 10,11-Dibenzoxazolyl-10,11-didesmethylh... | Wikipedia - Heinz Falk - Published works > Scientific articles | 346 | 1,051 | null |
Chem., 136, 1221-1231 (2005) David Geißlmeir, Walther G. Jary and Heinz Falk, The TEMPO/Copper Catalyzed Oxidation of Primary Alcohols to Aldehydes Using Oxygen as Stoichiometric Oxidant. Mh. Chem., 136, 1591-1599 (2005) Mario Waser, Yulita Popova, Christian W. Klampfl, and Heinz Falk, 9,12-Dibenzothiazolylhypericin an... | Wikipedia - Heinz Falk - Published works > Scientific articles | 318 | 1,029 | null |
J. Org. Chem., 1200-1206 (2006) Mario Waser and Heinz Falk, Towards Second Generation Hypericin Based Photosensitizers for Photodynamic Therapy. Curr. Org. Chem. 11: 547-558 (2007) Heinz Falk: Karl Schlögl. Obituary. Mh. Chem., 138 (2007) Karoline Fendler, Beate Hager, and Heinz Falk, The Thermal Diastereomerization of... | Wikipedia - Heinz Falk - Published works > Scientific articles | 349 | 1,045 | null |
Zuschrader, G. Reiter and H. Falk: ω,ω’-Urea- and dithioacetal-derivatives of hypericin. Monatsh. Chem. 139 (2008) 995–998. D. Geißlmeir and H. Falk: ω,ω’-Appended nucleo-base derivatives of hypericin. Monatsh. Chem. 139 (2008) 1127-1136. J. Zuschrader, W. Schöfberger, and H. Falk: A carbohydrate-linked hypericinic pho... | Wikipedia - Heinz Falk - Published works > Scientific articles | 345 | 936 | null |
Photochem. Photobiol. 85 (2009) 1201–1206. H. Falk: Die 46. Mineralientage München: ein Rückblick. Fossilien 27 (2010) 3–5. H. Falk: Museumsportrait: Die Dauerausstellung „Natur“ im Schlossmuseum Linz. Fossilien 27 (2010) 300–303. H. Falk: Ein riesiger Mondfisch aus Österreich. Fossilien 27 (2010) 304–307. K. Wolkenste... | Wikipedia - Heinz Falk - Published works > Scientific articles | 344 | 954 | null |
Falk: Die 48. Mineralientage München: ein Rückblick. Fossilien 29 (2012) 3–6. I. Teasdale, M. Waser, S. Wilfert, H. Falk, and O. Brüggemann: Photoreactive, water-soluble conjugates of hypericin with polyphosphacenes. Monatsh. Chem./Chem. Monthly 147 (2012) 355–360. H. Falk: Emanuel Vogel, Nachruf. Almanach d. Österr. A... | Wikipedia - Heinz Falk - Published works > Scientific articles | 348 | 913 | null |
H. Falk: American Museum of Natural History New York. Leitfossil.de (2013) 12.9.2013 H. Falk: Friedrich Simony zum 200sten Geburtstag. Leitfossil.de (2013) 2.11.2013 H. Falk: Die 50. Mineralientage München – ein Rückblick. Fossilien 31 (2014) 60–62. H. Falk: Ausstellung im NHM Wien: Gabonionta — mehrzellige Organismen ... | Wikipedia - Heinz Falk - Published works > Scientific articles | 327 | 912 | null |
108-14. H. Falk: Mammut-Eismumie aus Sibirien zu Gast im Naturhistorischen Museum Wien. Leitfossil.de (2015) 2. 1. 2015. H. Falk: Die 51. Mineralientage München – ein Rückblick. Fossilien 32 (2015) 59–61. H. Falk: Chemofossilien. Leitfossil.de (2015) 3. 3. 2015. H. Falk, A. D. Kinghorn: Foreword. Progr. Chem Org. Nat. ... | Wikipedia - Heinz Falk - Published works > Scientific articles | 350 | 978 | null |
J. Am. Chem. Soc. 137 (2015) 13460-13463. H. Falk: Der Specht klopft im Biologiezentrum Linz. Leitfossil.de (2016) 20. 1. 2016. H. Falk: Wo die Wiener Mammuts grasten — Naturwissenschaftliche Entdeckungsreisen durch das heutige Wien. Leitfossil.de (2016) 10. 5. 2016 H. Falk: Ein Ammoniten-Denkmal auf der Rossmoosalm. L... | Wikipedia - Heinz Falk - Published works > Scientific articles | 292 | 783 | null |
Section: Published works > Patents. Process for the N-alkylation or ureas US Pat. 5124451 - Filed Jul 10, 1991 - Chemie Linz GmbH Process for the N-alkylation of ureas US Pat. 5169954 - Filed Dec 16, 1991 - Chemie Linz GmbH Process for the preparation of pure N,N'-asymmetrically substituted phenylureas US Pat. 5283362 ... | Wikipedia - Heinz Falk - Published works > Patents | 239 | 738 | null |
Section: Career. In 1987 the private New York laboratory, Lifecodes, began assisting Dr. Ferrara in his efforts to establish a DNA laboratory for the state of Virginia. In 1988 Timothy Spencer, the "Southside Strangler", became first serial killer in the United States to be convicted on the basis of DNA evidence. Spenc... | Wikipedia - Paul B. Ferrara - Career | 234 | 1,251 | null |
Section: Career. Ferraris joined the chemistry faculty at the University of Texas at Dallas in 1975. He became a full professor in 1992 and served as head of the Department of Chemistry and Biochemistry from 1995 to 2017. Between 2003 and 2006, he was Interim Dean of the School of Natural Sciences and Mathematics. From... | Wikipedia - John P. Ferraris - Career | 155 | 749 | null |
Section: Selected publications. Ferraris, J. P.; Cowan, D. O.; Walatka, V.; Perlstein, J. H. (1973). "Electron transfer in a new highly conducting donor-acceptor complex". Journal of the American Chemical Society. 95 (3): 948–949. doi:[10.1021/ja00784a066](https://doi.org/10.1021/ja00784a066). Dalton, A. B. et al. (200... | Wikipedia - John P. Ferraris - Selected publications | 252 | 602 | null |
Section: Academic career. From 1966 to 1980 Fraser-Reid was on the faculty of the University of Waterloo in Waterloo, Ontario where he established a research group known as "Fraser-Reid's Rowdies". The primary emphasis of his work at this point was the synthesis of chiral natural products using carbohydrates as the sta... | Wikipedia - Bertram Fraser-Reid - Academic career | 268 | 1,271 | null |
Article: Josef Fried. Dr. Joseph Fried (July 21, 1914 – August 17, 2001) was a Polish-American organic chemist, member of the National Academy of Sciences and the American Academy of Arts and Sciences. He held 200 patents on chemical compounds, with 43 listing him as the sole holder. He was a professor of chemistry and... | Wikipedia - Josef Fried - Summary | 228 | 1,135 | null |
Section: Career and research. Gagliardi became an assistant professor at the University of Palermo in 2002. In 2005, she became associate professor at the University of Geneva in Switzerland, and in 2009 she joined the University of Minnesota as a professor of chemistry. She was the director of the Nanoporous Materials... | Wikipedia - Laura Gagliardi - Career and research | 319 | 1,558 | null |
Section: Honours and awards. 2025: Solvay Chair in Chemistry http://www.solvayinstitutes.be/html/chair.html 2023: Pauling Medal Award https://acspss.org/pauling-medal-award/ 2022: Elected Member of the Deutsche Akademie der Naturforscher Leopoldina 2021: Elected Member of the National Academy of Sciences 2021: Elected ... | Wikipedia - Laura Gagliardi - Honours and awards | 247 | 1,178 | null |
Section: Academic career. García Mancheño earned her bachelor's degree in 2001 from the Faculty of Sciences of the Autonomous University of Madrid in Madrid, Spain. She continued at the Autonomous University of Madrid to earn her Ph.D. in 2005 under the mentorship of Juan Carlos Carretero. She continued her training in... | Wikipedia - Olga García Mancheño - Academic career | 197 | 991 | null |
Section: Career. Garson won a Royal Society postdoctoral fellowship after her PhD, undertaking research in Rome, Italy from 1977 to 1978. She continued her research at New Hall at Cambridge on a college research fellowship from 1978 to 1981. She worked as a medicinal chemist from 1981 to 1983 at Smith Kline and French ... | Wikipedia - Mary Garson - Career | 261 | 1,340 | null |
Section: Awards and honours. 2009 – Our Women, Our State (Queensland Government) – Highly Commended 2011 – Leighton Medal of the Royal Australian Chemical Institute, in recognition of her contributions and leadership to the chemistry community, within Australia and overseas. 2013 – Distinguished Woman in Chemistry or C... | Wikipedia - Mary Garson - Awards and honours | 207 | 1,105 | null |
Section: Memberships. President-Royal Australian Chemical Institute (Queensland Division) Chair, International Relations Committee of RACI Member, National Committee for Chemistry Executive Secretary, World Chemistry Congress/IUPAC General Assembly (2001) Chair, Board of Australian Science Innovations Organiser, Chemis... | Wikipedia - Mary Garson - Memberships | 285 | 1,370 | null |
Article: Robert Gilbert (chemist). Robert Goulston Gilbert (born 1946) is a polymer chemist whose most significant contributions have been in the field of emulsion polymerisation. In 1970 he gained his PhD from the Australian National University, and worked at the University of Sydney from then until 2006. In 1982, he ... | Wikipedia - Robert Gilbert (chemist) - Summary | 316 | 1,555 | null |
Section: Unimolecular reaction dynamics. Reactions in chemical processes are either unimolecular or bimolecular. The rate of a unimolecular reaction is an average over a vast ensemble of the rate coefficients for the microscopic events of collisional energy transfer and of reaction of a completely isolated molecule. Gi... | Wikipedia - Robert Gilbert (chemist) - Unimolecular reaction dynamics | 319 | 1,706 | null |
Section: Emulsion polymerisation. Emulsion polymerisation is the commonest means of making a wide variety of industrial polymers, such as paints, adhesives and tyre rubber. It is a complex process involving many simultaneous and separate processes and where historically only a few types of data were available. The comp... | Wikipedia - Robert Gilbert (chemist) - Emulsion polymerisation | 335 | 1,878 | null |
Gilbert's mathematical treatments and experimental techniques revealed the fundamentals controlling these steps by enabling each of the processes to be effectively studied in isolation. His advances allowed rate coefficients to be measured for virtually any process in emulsion polymerisation, values of these rate coeff... | Wikipedia - Robert Gilbert (chemist) - Emulsion polymerisation | 324 | 1,712 | null |
Subsequently, this prediction was experimentally verified by Gilbert and others. He used the understanding from this knowledge to develop a priori models for particle formation[7] and molecular-weight distribution.[8] These developments led to an understanding of basic processes in free-radical polymerisation—the commo... | Wikipedia - Robert Gilbert (chemist) - Emulsion polymerisation | 336 | 1,855 | null |
Section: Enzymatic processes in starch biosynthesis. Gilbert has developed a new way of understanding the biochemistry of the enzymatic processes involved in starch biosynthesis, in collaboration with Dr Melissa Fitzgerald, International Rice Research Institute, Manilla. In this new field he applied the methods he had ... | Wikipedia - Robert Gilbert (chemist) - Enzymatic processes in starch biosynthesis | 193 | 962 | null |
Section: Life > Early research, Ullmann reaction. Her early research included the development of a process to remove sulfur and phosphorus from acetylene. Her first article on the derivatives of benzophenone, coauthored by German chemist Fritz Ullmann, was published in 1897. She also researched and wrote a paper (publi... | Wikipedia - Irma Goldberg - Life > Early research, Ullmann reaction | 181 | 873 | null |
Section: Education and career. After receiving a bachelor's degree in chemistry from Nanjing University in China in 1982, Gung pursued graduate studies in organic chemistry at Kansas State University, where he completed his M.S. in 1984 and Ph.D. in 1987, studying under Richard McDonald and Duy Hua. Following a two-yea... | Wikipedia - Benjamin Gung - Education and career | 276 | 1,373 | null |
Section: Selected articles. Gung, B. W. (1996). Diastereofacial selection in nucleophilic additions to unsymmetrically substituted trigonal carbons. Tetrahedron, 52(15), 5263–5301. Gung, B. W. (1999). Structure distortions in heteroatom-substituted cyclohexanones, adamantanones, and adamantanes: Origin of diastereofaci... | Wikipedia - Benjamin Gung - Selected articles | 349 | 992 | null |
Article: Krister Holmberg. Krister Holmberg, born 1946, is a Swedish chemist. Holmberg took a PhD in Organic Chemistry from Chalmers University of Technology in Gothenburg, Sweden in 1974. He then worked in industry for many years and he was R&D Director of Berol Nobel in Stenungsund, Sweden. During the period 1991-199... | Wikipedia - Krister Holmberg - Summary | 316 | 1,456 | null |
Section: Career and research. As a postdoctoral researcher, Holmes worked on the total synthesis of Vitamin B12 with Albert Eschenmoser. In 1972 he was appointed as a demonstrator to the University of Cambridge where he stayed for 32 years, ultimately as Professor of Organic and Polymer Chemistry, and Director of the M... | Wikipedia - Andrew Bruce Holmes - Career and research | 334 | 1,825 | null |
He has also continued to develop new syntheses of novel, biologically-useful materials. An example is his groups' synthesis of phosphoinositides, amphiphilic phospholipids situated in the cell membrane, which collaborators at the Ludwig Institute for Cancer Research have used to probe the dynamics of signal transductio... | Wikipedia - Andrew Bruce Holmes - Career and research | 180 | 895 | null |
Section: Awards and honours. Holmes was elected Fellow of the Royal Society (FRS) in 2000, and Fellow of the Australian Academy of Science in 2006. In 2003, he received the Descartes Prize and in 2012 the Royal Medal of the Royal Society. His formal titles include Chemistry alumnus, Laureate Professor of Chemistry, Uni... | Wikipedia - Andrew Bruce Holmes - Awards and honours | 244 | 1,338 | null |
Article: Ramesh Jasti. Ramesh Jasti is a professor of organic chemistry at the University of Oregon. He was the first person to synthesize the elusive cycloparaphenylene in 2008 during post doctoral work in the laboratory of Professor Carolyn Bertozzi. He started his laboratory at Boston University where he was the rec... | Wikipedia - Ramesh Jasti - Summary | 152 | 746 | null |
Article: Živojin Jocić. Živojin Jocić (6 October 1870 in Paraćin – 23 January 1914 in Belgrade) was a Serbian organic chemist. Jocić studied chemistry at the University of Petrograd in Imperial Russia. After his graduation in 1898, he stayed at the university and worked as an assistant. His teacher was Alexey Favorsky.... | Wikipedia - Živojin Jocić - Summary | 191 | 800 | null |
Section: Later career. Jones was awarded the H. G. Smith Memorial Medal by the Royal Australian Chemical Institute (RACI) in 1930. He served as President of the Queensland branch of the ACI (1938–39) and the President of the Australian branch in 1939. Jones was promoted to Professor and Head of the Chemistry department... | Wikipedia - Thomas Gilbert Henry Jones - Later career | 238 | 1,160 | null |
Section: Published works. Jones, T. G. H., & Robinson, R. (1917). Experiments on the orientation of substituted catechol ethers. Journal of the Chemical Society, Transactions, 111: 903-929. Jones, T. G. H., & Smith, F. (1923). Notes on the essential oil of Daphnandra aromatica. Proc. Roy. Soc. Queensland. 35: 61-62. Jo... | Wikipedia - Thomas Gilbert Henry Jones - Published works | 348 | 1,100 | null |
(1926). Olefinic terpene ketones from the volatile oil of flowering Tagetes glandulifera. Part II. Journal of the Chemical Society, 129, 2767-2770. Jones, T. G. H., & White, M. (1928). The essential oil of Eucalyptus andrewsi from Queensland. Proc. Roy. Soc. Queensland, 40, 132, 133. Jones, T. G. H., & Smith, F. B. (19... | Wikipedia - Thomas Gilbert Henry Jones - Published works | 349 | 1,065 | null |
Reactions of Tagetone. I. Proc. Roy. Soc. Queensland. 45: 45. Jones, T. G. H., & Harvey, J. M. (1936). Essential oils from the Queensland flora. Part VIII. The identity of melaleucol with nerolidol. Proc. R. Soc. Queensland. 47: 92-93. Jones, T. G. H., & Lahey, F. N. (1936). Essential oils from the Queensland flora. VI... | Wikipedia - Thomas Gilbert Henry Jones - Published works | 350 | 1,090 | null |
Lahey, F. N., & Jones, T. G. H. (1939). Essential oils from Queensland flora Part XVII, The essential oil of Evodia littoralis and the occurrence of a new phenolic ketone. Papers, University of Queensland, Department of Chemistry. 1(13). Lahey, F.N. and Jones, T.G.H. (1939). Essential oils from the Queensland flora, XI... | Wikipedia - Thomas Gilbert Henry Jones - Published works | 346 | 1,119 | null |
(1939). The constitution and synthesis of Conglomerone. University of Queensland Papers, Department of Chemistry. 1(12). Hancox, N.C., Jones, T.G.H. (1939). Optically pure 1-a-Phellandrene. University of Queensland Papers, Department of Chemistry. 1(14). Lahey, F. N., & Jones, T. G. H. (1939). Essential oils from Queen... | Wikipedia - Thomas Gilbert Henry Jones - Published works | 349 | 1,086 | null |
The ultra-violet absorption spectra of Tagetone and related ketones. Papers, University of Queensland, Department of Chemistry. 1 (22). Jones, T. G. H., & Lahey, F. (1943). Essential oils of the Queensland flora. Part XIX. The essential oils of Halfordia kendack. Proceedings of the Royal Society of Queensland. 55: 85-8... | Wikipedia - Thomas Gilbert Henry Jones - Published works | 288 | 1,012 | null |
Article: Pavel Jungwirth. Pavel Jungwirth (born 20 May 1966 in Prague, Czech Republic) is a Czech physical chemist. Since 2004, he has been the head of the Senior Research Group at the Institute of Organic Chemistry and Biochemistry of the Czech Academy of Sciences. He has also been a professor in the Faculty of Mathem... | Wikipedia - Pavel Jungwirth - Summary | 223 | 1,194 | null |
Section: Biography > Research. Karrer's early research concerned complex metal compounds but his most important work has concerned plant pigments, particularly the yellow carotenoids. He elucidated their chemical structure and showed that some of these substances are transformed in the body into vitamin A. His work led... | Wikipedia - Paul Karrer - Biography > Research | 242 | 1,165 | null |
Section: Research and career. Katsonis joined the Centre National de la Recherche Scientifique (CNRS) in 2007 and started to work on light-responsive chiral liquid crystals. She was made a Group Leader at the University of Groningen and held a visiting position at KU Leuven. In 2012 she was awarded a Royal Society Inte... | Wikipedia - Nathalie Katsonis - Research and career | 284 | 1,381 | null |
Section: Research and career > Selected publications. Her publications include; Eelkema, Rienk; Katsonis, Nathalie; Feringa, Ben (2006). "Molecular machines: nanomotor rotates microscale objects" (PDF). Nature. 440 (7081): 163. Bibcode:2006Natur.440..163E. doi:10.1038/440163a. PMID 16525460. S2CID 4384254. Kudernac, Ti... | Wikipedia - Nathalie Katsonis - Research and career > Selected publications | 350 | 970 | null |
Article: William Klyne. William Klyne (March 23, 1913, in Enfield, Middlesex – November 13, 1977) was an organic chemist known for his work in steroids and stereochemistry — a field in which he was a "pioneer", and in which Ernest Eliel and Norman Allinger described him as "one of the world's experts". In 1946, he gain... | Wikipedia - William Klyne - Summary | 227 | 994 | null |
Section: Research. Kocienski has made contributions to the design and development of new organometallic reagents in synthesis, and the applications of synthetic methods to complex natural products. Early work with Basil Lythgoe on the scope and stereochemistry of the Julia olefination with alpha-metallated sulphone rea... | Wikipedia - Philip Kocienski - Research | 236 | 1,047 | null |
Section: Career. Source: Igor V. Komarov graduated with distinction from Taras Shevchenko National University of Kyiv, and started to work at the same university in 1986 first as an engineer. He obtained his Candidate of Sciences degree in 1991 in organic chemistry at Taras Shevchenko National University of Kyiv under ... | Wikipedia - Igor V. Komarov - Career | 255 | 1,182 | null |
Section: Contribution to research. Source: The areas of scientific interests of Igor V. Komarov are medicinal chemistry and synthesis of model compounds, which can be used to obtain new knowledge in biochemistry, stereochemistry, theoretical chemistry, catalysis. Igor has over 125 peer reviewed research papers, h-index... | Wikipedia - Igor V. Komarov - Contribution to research | 335 | 1,612 | null |
Later, working in Rostock, Igor V. Komarov changed the direction of his research and got interested in homogenous asymmetric catalysis. The study of catalysis was carried out using model compounds: functionalized camphor- and tartaric acid-derived chiral ligands were synthesized such as monophosphines, diphosphines, an... | Wikipedia - Igor V. Komarov - Contribution to research | 323 | 1,465 | null |
Igor V. Komarov's group made a contribution to design and synthesis of light-controllable biologically active compounds - photocontrollable peptides - potential candidates for photopharmacology drugs. Photopharmacology drugs can be administered in the inactive, non-toxic form, and then activated ("switched on") by ligh... | Wikipedia - Igor V. Komarov - Contribution to research | 313 | 1,454 | null |
Section: Scientific projects. Igor V. Komarov was a coordinator of scientific projects financed by the Ministry of Education and Science of Ukraine (three applied projects devoted to design of therapeutic peptides, including photocontrolled [1]), Alexander von Humboldt Foundation (Institute Partnershaft and Research Li... | Wikipedia - Igor V. Komarov - Scientific projects | 207 | 967 | null |
Section: Education. Lim-Sylianco received an associate degree for the pre-medicine program at Silliman University in 1947. However, she switched out of the Medicine track shortly after to pursue a bachelor's degree in chemistry, where she graduated as magna cum laude in 1949. Lim-Sylianco then pursued a master's in Che... | Wikipedia - Clara Lim-Sylianco - Education | 162 | 821 | null |
Section: Career and research. Lim-Sylianco moved back to teach at the chemistry and biochemistry departments of the University of the Philippines in 1957. From 1970 to 1973, she served as a consultant for the National Institute of Science and Technology. Lim-Sylianco was a prolific researcher, making contributions to s... | Wikipedia - Clara Lim-Sylianco - Career and research | 207 | 1,014 | null |
Article: Alexander Killen Macbeth. Alexander Killen Macbeth CMG, DSc, FAA was born in Ireland on 11 August 1889 at Drumbuoy, Strabane, second son of William, a butcher, and Sarah Anna. He was educated at Queen’s University Belfast, and at University College London, where he was an 1851 Exhibition Scholar. He returned t... | Wikipedia - Alexander Killen Macbeth - Summary | 293 | 1,357 | null |
Section: Biography. He was born on December 31, 1905, in Ordubad. In 1923, he entered the higher pedagogical institute of Baku. In 1926, after successful graduation from the institute, he taught at secondary school for 3 years. In 1929, he became a second-year student of chemistry faculty of MSU, from which he graduate... | Wikipedia - Yusif Mammadaliyev - Biography | 311 | 1,444 | null |
In 1933, Candidate of Chemistry was conferred on Yusif Mammadaliyev without defend of dissertation. In 1942, he became a Doctor of Chemistry and in 1943, a professor; in 1945, the academician of the Academy of Sciences of the Azerbaijan SSR (from the establishment of the academy). He was the director of Oil Academy of ... | Wikipedia - Yusif Mammadaliyev - Biography | 227 | 1,036 | null |
Section: Scientific effort. The main scientific works of Yusif Mammadaliyev are related to catalytic progressing of oil and Fuel oil. He is the founder of petrochemistry in Azerbaijan. He suggested new methods of chlorination and bromination of different hydrocarbons with participation of catalysts and especially showe... | Wikipedia - Yusif Mammadaliyev - Scientific effort | 248 | 1,164 | null |
Section: Literature. Мир-Бабаев М.Ф. Научный подвиг гения (к 100-летию со дня рождения Ю.Г. Мамедалиева) – «Consulting & Business», 2005, No.8, с.8–12. Mir-Babayev M.F. The role of Azerbaijan in the World's oil industry – “Oil-Industry History” (USA), 2011, v. 12, no. 1, p. 109–123. Mir-Babayev M.F. Formula of Victory ... | Wikipedia - Yusif Mammadaliyev - Literature | 174 | 381 | null |
Article: Lew Mander. Lewis Norman Mander, , FAA, FRS (8 September 1939 – 8 February 2020) was a New Zealand-born Australian organic chemist. He has widely explored the synthesis and chemistry of the gibberellin class of diterpenes over a 20-year period at the Australian National University (ANU). In particular, he stud... | Wikipedia - Lew Mander - Summary | 215 | 1,032 | null |
Section: Career. Mander returned to Australia in 1966 to become a lecturer in organic chemistry at the University of Adelaide. He was promoted to Senior Lecturer in organic chemistry in 1970, where he remained until 1975. During this time Mander visited the University of Cambridge to research "...pathways to the pigmen... | Wikipedia - Lew Mander - Career | 175 | 916 | null |
Section: Research interests. In the early days, Mander was involved in extracting chemicals in plants that might help fight against cancer. Eventually, he turned his research skills to “...the gibberellin family of plant bioregulators". He further developed his interest in this chemical group to include an understandin... | Wikipedia - Lew Mander - Research interests | 267 | 1,214 | null |
Section: Representative publications. King G.R., Mander L.N., Monck N.J.T., Morris J.C. and Zhang H. A New and Efficient Strategy for the Total Synthesis of Polycyclic Diterpenoids: The Preparation of Gibberellins (±)-GA103 and (±)-GA73. J. Am. Chem. Soc. 1997, 119, 3828–3829. Frey, B., Wells, A. P., Rogers, D. R. and ... | Wikipedia - Lew Mander - Representative publications | 284 | 788 | null |
Section: Biography. He was born in Kraljske Bare, near Andrijevica, on 1 January 1896, to father Milonja and mother Ružica, nee Novović. He finished primary school in his native village (1903-1907), and three grades of the lower grammar school in Podgorica (1907-1910), where he sat on a bench with Risto Stijović. He co... | Wikipedia - Vukić Mićović - Biography | 347 | 1,671 | null |
After that, he spent a year in London doing scientific work in the Chemistry Laboratory of the University College London with Nobel Laureate Robert Robertson as a scholarship holder of the Serbian Support Fund. He returned to Belgrade in October 1930. He was elected assistant professor in 1931 and associate professor i... | Wikipedia - Vukić Mićović - Biography | 350 | 1,735 | null |
Mićović published a large number of scientific papers in various fields of organic chemistry: the construction of alicyclic nuclei and synthetic glycerols of the structure of esters of dicarbonate acids, determination of the constitution of quinidine carbonic acids, systematic studies on reductions by means of lithium ... | Wikipedia - Vukić Mićović - Biography | 337 | 1,586 | null |
Section: Early life and education. Nevado was born in Madrid and grew up in Spain. She was the first scientist in her family. At high school she was inspired by her chemistry and physics teachers to pursue a career in science. She eventually studied chemistry at the Autonomous University of Madrid, and earned her bache... | Wikipedia - Cristina Nevado - Early life and education | 192 | 1,008 | null |
Section: Research and career. Nevado joined the University of Zurich as an assistant professor in 2007. Her research has concentrated on catalysis and the development of selective, sustainable approaches to develop new materials. In particular, Nevado is interested in new approaches to construct C–C and C–X bonds based... | Wikipedia - Cristina Nevado - Research and career | 180 | 899 | null |
Section: Selected publications. Cristina Nieto-Oberhuber; M Paz Muñoz; Elena Buñuel; Cristina Nevado; Diego J Cárdenas; Antonio M Echavarren (1 April 2004). "Cationic gold(I) complexes: highly alkynophilic catalysts for the exo- and endo-cyclization of enynes". Angewandte Chemie International Edition. 43 (18): 2402–240... | Wikipedia - Cristina Nevado - Selected publications | 299 | 820 | null |
Section: Biography. K. C. Nicolaou was born on July 5, 1946, in Karavas, Cyprus where he grew up and went to school until the age of 18. In 1964, he went to England where he spent two years learning English and preparing to enter University. He studied chemistry at the University of London (B.Sc., 1969, Bedford College... | Wikipedia - Kyriacos Costa Nicolaou - Biography | 328 | 1,491 | null |
Section: WWII. Olivier was concerned about Nazism well before the German invasion of the Netherlands. Already in 1936 he became a member of the Committee of Vigilance of Anti-National Socialist Intellectuals. He also advocated admission of Jewish refugees from Nazi Germany. Olivier was one of the few employees of the W... | Wikipedia - Simon Olivier - WWII | 341 | 1,721 | null |
Section: Career. Otto studied chemistry at the University of Groningen and in 1994, he received his Master's degree, focusing on physical organic chemistry and biochemistry, with the distinction cum laude. In 1998, he obtained his PhD, again with the distinction cum laude, from his supervisor Prof. Jan B.F.N. Engberts ... | Wikipedia - Sijbren Otto - Career | 348 | 1,670 | null |
Section: Research. The research conducted by Otto and his research group is focused on various fields, varying from the origin of life (self-replicating systems and the Darwinian evolution thereof), to materials chemistry (self-synthesizing fibres, hydrogels and nanoparticle surfaces). Specific interests include self-r... | Wikipedia - Sijbren Otto - Research | 202 | 979 | null |
Section: Grants and prizes. 1999 Marie Curie Fellowship, University of Cambridge, United Kingdom. 2000 Junior Research Fellowship, Wolfson College, Cambridge, United Kingdom. 2001 Royal Society University Research Fellowship, University of Cambridge, United Kingdom. 2011 ERC Starting Grant (subsidy) from the European R... | Wikipedia - Sijbren Otto - Grants and prizes | 218 | 1,157 | null |
Section: Selected publications. Parker, Kathlyn A.; Ledeboer, Mark W. (1996-01-01). "Asymmetric Reduction. A Convenient Method for the Reduction of Alkynyl Ketones". The Journal of Organic Chemistry. 61 (9): 3214–3217. doi:10.1021/jo951712o. ISSN 0022-3263. PMID 11667191. Parker, Kathlyn A.; Fokas, Demosthenes (1992). ... | Wikipedia - Kathlyn A. Parker - Selected publications | 347 | 996 | null |
Article: Iphigenia Photaki. Iphigenia Photaki (Greek: Ιφιγένεια Φωτάκη, pronounced [ifiˈʝeni.a foˈtaki]; also known after marriage as Iphigenia Vourvidou-Photaki, Greek: Ιφιγένεια Βουρβίδου-Φωτάκη; 1921–1983) was a Greek organic chemist remembered for her contributions in peptide chemical synthesis, especially in the s... | Wikipedia - Iphigenia Photaki - Summary | 220 | 864 | null |
Section: Biography > Early life, start of career and Basel. Photaki was born in Corinth in 1921 and finished her secondary education at the 2nd Girls' Gymnasium of Athens in 1938. In the same year she enrolled at the Department of Chemistry in the University of Athens, where she specialised in Organic chemistry under t... | Wikipedia - Iphigenia Photaki - Biography > Early life, start of career and Basel | 304 | 1,533 | null |
Section: Biography > Cornell and later career in Athens. Photaki was selected in 1962 by the US Department of Health, Education and Welfare among an international pool of candidates to conduct research by the side of Nobel laureate Vincent du Vigneaud at Cornell University. While in New York, she also delivered a short... | Wikipedia - Iphigenia Photaki - Biography > Cornell and later career in Athens | 335 | 1,662 | null |
Section: Scientific work > Peptide synthesis. Continuing and expanding the tradition of the University of Athens within the subject, starting from Zervas of Bergmann-Zervas carbobenzoxy method fame, Photaki initially worked on further refinement of suitable protecting groups for oligopeptide synthesis. She investigated... | Wikipedia - Iphigenia Photaki - Scientific work > Peptide synthesis | 331 | 1,400 | null |
Section: Scientific work > Other research. With her expertise on peptide synthesis, Photaki examined the biocatalytic properties and kinetics of enzyme active site analogues she prepared. Another research topic she developed in the early part of her career was the chemical transformation of carbohydrates and glycosylat... | Wikipedia - Iphigenia Photaki - Scientific work > Other research | 168 | 747 | null |
Section: Honours and awards. In 1970 Iphigenia Vourvidou-Photaki was awarded the one-off Georgios Panopoulos Prize of the Academy of Athens, presented to her for "...her research on the chemical synthesis of polypeptide hormones and investigation of enzyme active sites, which constitute an internationally notable contr... | Wikipedia - Iphigenia Photaki - Honours and awards | 280 | 1,163 | null |
Section: Early life > Education. Prelog started elementary school in Sarajevo. In 1915, at the beginning of the first World War, at 9 Prelog moved to Zagreb (then part of Austria-Hungary) with his parents. In Zagreb he graduated from elementary school and, from 1916 to 1919, attended gymnasium there. From 1919 to 1921 ... | Wikipedia - Vladimir Prelog - Early life > Education | 291 | 1,273 | null |
I am doing it to be able to, should I feel like it, return to the homeland after finishing my studies. In this way, I also fence myself off such idle pastimes like dancing.« He continues by describing how he spent the winter enjoying winter sports and how he now, in spring, looks forward to bathing, climbing the Trigla... | Wikipedia - Vladimir Prelog - Early life > Education | 336 | 1,532 | null |
Section: Career and research > Zürich. In 1941, in the midst of World War II, Prelog was invited to lecture in Germany by Richard Kuhn. Shortly afterwards, Lavoslav Ružička, whom Prelog asked for help, invited Prelog to visit him on his way to Germany. He and his wife used those invitations to escape to Zürich in Switz... | Wikipedia - Vladimir Prelog - Career and research > Zürich | 314 | 1,362 | null |
Section: Career and research > Later work in Switzerland. Prelog's main interest was focused on alkaloids. He found an ideal topic in the elucidation of the structure of solanine; he continued his work on Cinchona alkaloids and started to investigate strychnine. He showed that Robert Robinson's formula for strychnine w... | Wikipedia - Vladimir Prelog - Career and research > Later work in Switzerland | 349 | 1,641 | null |
His work on medium-sized alicyclic and heterocyclic rings established him as a pioneer in stereochemistry and conformational theory and brought an invitation to give the first Centenary Lecture of the Chemical Society in London in 1949. He synthesised medium-sized ring compounds with 8 to 12 members from dicarboxylic a... | Wikipedia - Vladimir Prelog - Career and research > Later work in Switzerland | 346 | 1,573 | null |
Article: Atta-ur-Rahman (chemist). Atta-ur-Rahman (Urdu: عطاالرحمان; b. 22 September 1942), is a Pakistani organic chemist and is currently serving as professor emeritus at the International Center for Chemical and Biological Sciences at the University of Karachi and as Chairman of PM Task Force on Science and Technolo... | Wikipedia - Atta-ur-Rahman (chemist) - Summary | 249 | 1,260 | null |
Section: Education. Atta-ur-Rahman was born on 22 September 1942 in Old Delhi into an Urdu-speaking academic family. His grandfather, Sir Abdur Rahman, was a vice-chancellor of the University of Delhi (1934–38) who briefly served as a judge at the Madras High Court. In 1946, Abdur Rahman was appointed as vice-chancello... | Wikipedia - Atta-ur-Rahman (chemist) - Education | 343 | 1,713 | null |
Section: Academic career. In 1964, Rahman joined the Karachi University as a lecturer in undergraduate chemistry. He remained associated with the Cambridge University between 1969 and 1973, and is presently honorary Life Fellow at the King's College of the Cambridge University. In 1977, he became the co-director of the... | Wikipedia - Atta-ur-Rahman (chemist) - Academic career | 281 | 1,510 | null |
Section: Government work and political advocacy. After securing the fellowship of the Pakistan Academy of Sciences, Rahman had been affiliated with the Pakistan government regarding education and science affairs. From 1996 until 2012, Rahman served in the board of directors of the Committee on Scientific and Technologi... | Wikipedia - Atta-ur-Rahman (chemist) - Government work and political advocacy | 317 | 1,694 | null |
Section: Honours and awards. Atta-ur-Rahman has been selected as one of the 500 most influential personalities of the Islamic World. Institutions have been named after Rahman in China, the Atta-ur-Rahman Institute for Natural Product Discovery (AuRIns) in Malaysia and the Academician Professor Atta-ur-Rahman One Belt a... | Wikipedia - Atta-ur-Rahman (chemist) - Honours and awards | 343 | 1,602 | null |
Section: Honours and awards > National and international Awards. In recognition of his eminent contributions in the field of organic chemistry, he has been conferred with many civil awards, including: Nishan-e-Imtiaz (2002) (highest national civil award) Hilal-e-Imtiaz (1998) Sitara-e-Imtiaz (1991) Tamgha-e-Imtiaz (198... | Wikipedia - Atta-ur-Rahman (chemist) - Honours and awards > National and international Awards | 282 | 1,268 | null |
Section: Research. Research in the RajanBabu lab is focused on development of new methodology for stereoselective synthesis. Major research areas include: Asymmetric Hydrovinylation RajanBabu developed methodology surrounding C-C bond formation via metal-catalyzed hydroformylation. They reported several asymmetric exam... | Wikipedia - T. V. Rajan Babu - Research | 335 | 1,450 | null |
Electronic tuning was accomplished, for example, using widely available sugars such as D-glucose and D-fructose. Radical Epoxide Opening For further information on the Nugent-RajanBabu reagent, please see Bis(cyclopentadienyl)titanium(III) chloride. Multicomponent Cyclization One area of interest to the RajanBabu group... | Wikipedia - T. V. Rajan Babu - Research | 333 | 1,244 | null |
Section: Publications. RajanBabu has over 160 publications to date and has co-authored several reviews and patents. His H-index is 56. Notable publications include: Group-transfer polymerization. 1. A new concept for addition polymerization with organosilicon initiators Selective Generation of Free Radicals from Epoxid... | Wikipedia - T. V. Rajan Babu - Publications | 156 | 702 | null |
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