Elmer Gaden, “Editorial”, Biotechnology and Bioengineering 4 (1962), S. 1.
CrossRef
Google Scholar
Peter H. Spitz, Petrochemicals: The Rise of an Industry ( New York: Wiley, 1988 ), S. 264.
Google Scholar
W.B. Duncan, “Lesson from the Past, Challenges and Opportunity”, in The Chemical Industry, herausgegeben von D.H. Sharp und T.F. West ( Chichester: Ellis Horwood, 1982 ), S. 15–30.
Google Scholar
Richard Carter, Breakthrough: The Saga of Jonas Salk ( New York: Pocket Books, 1967 ),S. 259.
Google Scholar
“The Case for Biochemical Engineering”, Chemical Engineering 54 (Mai 1947): 106.
Google Scholar
Sidney Kirkpatrick, “Case Study in Biochemical Engineering”, Chemical Engineering 54 (1947)-. 94–101.
Google Scholar
Leo Hepner, “Current State of Industrial Microbiology in the USA” (Oktober 1968), mit dem beiliegenden Brief von Hepner an Harold Hartley, 16. Oktober 1968, Box 303; Hartley Archives, Churchill College, Cambridge (im Folgenden als Hartley Archives zitiert). Für die Erlaubnis, die Veröffentlichungen seines Vaters einzusehen, danke ich Sir Christopher Hartley.
Google Scholar
H.M. Tsuchiya und K.H. Keller, “Bioengineering - Is a New Era Beginning?” Chemical Engineering Progress 61 (Mai 1965 ): 60–62.
Google Scholar
Tsuchiya und Keller, “Bioengineering - Is a New Era Beginning?”, S. 60–61.
Google Scholar
W.E. Ranz und A.G. Fredrickson, “Minneapolis to Host Chemical Engineers” Chemical Engineering Progress 61 (Juli 1965 ): 112–19.
Google Scholar
Elmer Gaden an Allan Wittman 17. Juli 1981. Ich danke Professor Gaden dafür, daß er mir diesen Brief gezeigt hat.
Google Scholar
John Henahan, “Elmer Gaden: Father of Biochemical Engineering”, Chemical and Engineering News (31. Mai 1971): 27–30.
Google Scholar
E.M. Crook, “How Biotechnology Developed at University College Londen”, Biochemical Society Symposium 48 (1982): 1–7. Siehe auch Carl-Göran Heden, “The GIAMS — A Contribution to Technology Transfer”, in From Recent Advances in Biotechnology and Applied Biology, herausgegeben von S.T. Chang, K.Y. Chan und N.Y.S. Woo (Hongkong: Chinese University Press, 1988), 63–74. Für die Möglichkeit des brieflichen Kontaktes mit den Professoren Crook, Gaden und Heden bezüglich der Gründung des Journals bedanke ich mich.
Google Scholar
Gaden an Wittman, 17. Juli 1981. Ich danke Professor Gaden für die Genehmigung, diesen Teil seines Briefes zu veröffentlichen.
Google Scholar
Siehe Gladys L. Hobby, Penicillin: Meeting the Challenge (New Haven, Conn.: Yale University Press, 1985) bietet eine Einleitung zu einer umfangreichen Literatur.
Google Scholar
Detaillierte Produktionszahlen sind zu finden in: Allan J. Greene und Andrew J. Schmitz “Meeting the Objective”, in The History of Penicillin Production, herausgegeben von A.A. Eider, Chemical Engineering Progress Symposium Series Nr. 100, 66 (1970): 86–87.
Google Scholar
A.W.J. Bufton, Industrial and Economic Microbiology in North America, DSIR Overseas Technical Report Nr. 4 (London: HMSO, 1958 ). S. 6.
Google Scholar
J.L. Sturchio (Hrsg.), Values and Visions-, A Merck Century ( Rahway, N.J.: Merck, 1991 ), S. 185.
Google Scholar
J.C. Sheehan, The Enchanted Ring - The Untold Story of Penicillin ( Cambridge, Mass.: MIT Press, 1982 ).
Google Scholar
Emerson J. Lyons, “Deep Tank Fermentation”, in The History of Penicillin Production, S. 31–36.
Google Scholar
J.C. Hoogerheide, “Address by the Symposium Co-Sponsor”, Biotechnology and Bioengineering Symposium (1973): vii.
Google Scholar
Zur Entwicklung der Antibiotika siehe Milton Wainwright, Miracle Cure: The Story of Penicillin and the Golden Age of Antibiotics ( Oxford: Blackwell Publishers, 1990 ).
Google Scholar
Paul R. Burkholder, “Trends in Antibiotics Research”, in The Pasteur Fermentation Centennial 1857–1957, herausgegeben von Charles Pfizer und Co., Inc. ( New York: Charles Pfizer, 1958 ). S. 44.
Google Scholar
H.G. Lazell, From Pills to Penicillin: The Beecham Story ( London-. Heinemann, 1975 ). S. 135–50.
Google Scholar
Chain beschrieb seine ursprüngliche Vorstellung in einem Brief an Sir Charles Dodds, 23. Mai 1955, PP/EBC F45, Wellcome Institute London. Für die Eriaubnis, die Chain-Veröffendichungen einzusehen, danke ich Lady Chain.
Google Scholar
Fermentation Industries Section, lUPAC, “Worldwide Survey of Fermentation Industries”, Pure and Applied Chemistry 13 (1966): 405–17.
Google Scholar
Durey H. Peterson, “Autobiography”, Steroids A5 (1985): 1–17.
CrossRef
Google Scholar
Bufton, Industrial and Economic Microbiology in the United States, S. 6.
Google Scholar
Jokichi Takamine, “Enzymes of Aspergillus Oryzae and the Application of Its Amyloclastic Enzyme to the Fermentation Industry”. Industrial and Engineering Chemistry 6 (1914): 824–28.
CrossRef
Google Scholar
Kinichiro Sakaguchi, Outline and Characteristics of Japanese Fermentation Industries (Tokio: RIKEN, 1961). Siehe auch S. Sogusawa, “History of Japanese Natural Products Research”, Pure and Applied Chemistry (1964): 1–19.
Google Scholar
Shukuro Kinoshita “Amino Acid Production and Its Application”, in Profiles of Japanese Science and Scientists, herausgegeben von Hideki Yukawa (Tokio: Kodansha, 1970), S. 98–105.
Google Scholar
S. Aiba, A.E. Humphrey und N.F. Millis, Biotechnical Engineering (New York: Academic Press, 1965). Siehe R.E. Spier, “So Who is a Biotechnologist”, Biotech Quarterly)?, Nr. 2–3 (1984): 3–4, 15.
Google Scholar
Zbigniew Towalski, “The Integration of Knowledge within Science, Technology and Industry: Enzymes: a Case Study”, Dissertation, Aston University, Birmingham, 1985. Ich danke Dr. Towalski für die Genehmigung, mich auf Materialien seiner Dissertation zu beziehen. Produktionszahlen, die Berichten von B. Wolnak ent-nommen wurden, sind auf den Seiten 183–84 dargestellt.
Google Scholar
Towalski, “The Integration of Knowledge”, S. 184. Dr. Towalski entnahm diese Zahlen verschiedenen Veröffendichungen von Bernard Wolnak und Mitarbeitern.
Google Scholar
C. Dambmann, P. Holm, V. Jensen und M.H. Nielsen, “How Enzymes Got into Detergents ” Development in Industrial Microbiology 12 (1971): 11–23.
Google Scholar
Fermentation Industries Section, lUPAC, “Worldwide Survey of Fermentation Industries”; K. Bernhauer, Gärungschemisches Praktikum, 2. Auflage ( Berlin: Springer, 1939 ), S. 1–7.
Google Scholar
J.W. Foster, “Speculative Discourse on Where and How Microbiological Science as Such May Advise with Application”, in Global Impacts of Applied Microbiology, herausgegeben von M.P. Starr (Stockholm: Almquist amp; Wiksel, 1964 ), S. 70.
Google Scholar
Towalski, “The Integration of Knowledge within Science, Technology, and Industry”, S. 379.
Google Scholar
M. Lamb und G.D. Walker, “Industrial Applications of Continuous Culture Processes”, in Continuous Culture of Microorganisms, Society of Chemical Industry Monograph 12 (1961): 254–64.
Google Scholar
J. Monod, “La technique de culture continue”, Annales Institut Pasteur 79 (1950): 390–410. A. Novick und Leo Szilard, “Experiments with the Chemostat on Sponta-neous Mutations of Bacteria”, Proceedings of the National Academy of Sciences 36 (1950): 708–19.
CrossRef
Google Scholar
Sir Charles Dodds in einem Brief an Steven Roskill, zitiert in Stephen Roskills Werk Hankey: Man of Secrets, Band 3 ( London: Collins, 1974 ), S. 603.
Google Scholar
Zitiert in Robert Harris und Jeremy Paxman, A Higher Form of Killing: The Secret Story of Gas and Germ Warfare ( London: Chatto amp; Windus, 1982 ), S. 70.
Google Scholar
Stephen Roskill, Hankey: Man of Secrets, S. 321–25. Harris und Paxman, A Higher Form of Killing.
Google Scholar
Von diesem Zeitpunkt an verschwand Fildes Arbeit interessanterweise aus dem Schwerpunkt der akademischen Biochemie. Robert Kohler folgert nach Fields und seinem Mitarbeiter Wood: “They spent the years of World War II at the Army’s ex-perimental station at Porton doing secret bacteriological work and watching others build upon their innovation. When Fildes returned to reconstitute his research team in 1945, the world had passed him by”. Robert Kohler, “Bacteriological Physiology: The Medical Context”, Bulletin of the History of Medicine 59 (1985): 54–74. Die Entwicklung der kontinuierlichen Fermentation in der Nachkriegszeit erwuchs in Porton aus Woods und Fields Interesse am bakteriellen Stoffwechsel.
Google Scholar
Gradon Carter, persönliche Mitteilung.
Google Scholar
George W. Merck, “Peacetime Implications of Biological Warfare”, Chemical and Engineering News 2A, Nr. 10 (25. Mai 1936 ): 1346–49.
Google Scholar
C.E. Gordon Smith, “The Microbiological Research Establishment, Porton - Research Establishments in Europe: 69 Porton Down”, Chemistry and Industry, 4. März 1967,S. 338–46.
Google Scholar
Keith Norris, Interview mit dem Autor, 21. September 1989.
Google Scholar
Brief an Gradon Carter, 20. August 1980. Ich bedanke mich für die Genehmigung, diesen Brief zu zitieren.
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Diese Information entnahm ich einem Vortrag nach dem Dinner bei Herbert im Juli 1975 beim Continuous Culture Symposium in Oxfort. Ich bedanke mich bei Charles Evans für eine Tonbandaufeeichnung dieser Rede.
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Der Zeitgeist ist im Werk von A.T. James wiedergegeben: “The Discovery of Gas- Liquid Chromatography: A Personal Recollection”, in Historical Aspects of Gas Separation, Royal Society of Chemisty Special Publication 62 ( London: Royal Society of Chemistry, 1987 ), S. 175–200.
Google Scholar
D. Herbert, “Stoicheometric Aspects of Microbial Growth”, in Continuous Culture 6: Applications and New Fields, herausgegeben von A.C.R. Dean et al. (Chichester: Ellis Horwood for the Society of Chemical Industry, 1976 ), S. 3.
Google Scholar
Charles Evans, Interview mit dem Autor, 21. September 1989.
Google Scholar
I. Málek, “The Role of Continuous Processes and Their Study in the Present Development of Science and Production”, in Theoretical and Methodological Basis of Con-tinuous Culture of Micro-organisms, herausgegeben von I. Malek und Z. Fend (Prag: Czech Academy of Science, 1966 ), S. 11–30.
Google Scholar
D.W. Tempest, “The Place of Continuos Culture in Microbiological Research”, Advances in Microbial Physiology, 4 (1970): 223–50.
Google Scholar
Die Ausgaben werden von John Postgate kurz beschrieben in seinem Werk Microbes and Man (London: Penguin, 1969), S. 33–34. Ich bedanke mich bei Professor Post-gate, einem ehemaligen Mitglied von Butlins Arbeitsgruppe, der mir diese Entwick-lung erläuterte.
Google Scholar
J.S. Hough, “Production of Beer by Continuous Fermentation”, in Continuous Culture of Microorganisms, S. 219–29.
Google Scholar
R.N. Greenshields “Acetic Acid: Vinegar”, in Economic Microbiology, Band 2 Primary Products of Metabolism, herausgegeben von A.H. Rose ( New York: Academic Press, 1978 ), S. 121–86.
Google Scholar
J.S. Hough, The Biotechnology of Malting and Brewing (Cambridge University Press, 1985), S. 129.
Google Scholar
R. Seligmann, “Brewing Engineering and the Future”, Journal of the Institute of Brewing 36 (1930): 288–97.
CrossRef
Google Scholar
R. Seligman, “The Research Scheme of the Institute - Its Past and Its Future”, Journal of the Institute of Brewing 54, Nr. 3 (1948): 133–44.
CrossRef
Google Scholar
Guinness’s New Laboratories at Park Royal”, Brewers Guardian (August 1955): 26, BIRF „Half-Yearly Report No. 2“, 26. Oktober 1953, 57/47, S. 93, Institute of Brewing, London.
Google Scholar
BIRF Research Board Minutes, 1952–56, 5, Sixth Progress Report, S. 29, Institute of Brewing.
Google Scholar
A.J.R. Purssell und M.J. Smith, “Continuous Fermentation”, Proceedings of the 11th European Brewery Convention ( Madrid: European Brewery Convention, 1967 ), S. 155–67.
Google Scholar
J.N.W. Payne, “Mashing on the Larger Scale”, Brewing Guardian (November 1962): 75–78.
Google Scholar
I. Heilborn, “Brewing in Relation to Natural Science”, Proceedings of the Royal Society, B, 143 (1955): 178–199. I. Heilbron, “Reflections on Science in Relation to Brewing”, Horace Brown Memorial Lecture, Journal of the Institute of Brewing 65 (1959): 144–54. A.H. Cook, “Unfolding Pattern of Research: Brewing Industry of the Future”, Brewer’s Guardian, Juni 1960, S. 17–25.
Google Scholar
G.A. Dummett, “Chemical Engineering in the Biochemical Industries”, The Chemical Engineer (Juli–August 1969): 306–310.
Google Scholar
G.A. Dummett, “The Engineering of Continuous Brewing”, Wallerstein Laboratories Communications 25 (April 1962), 19–36. S.R. Green, “Past and Current Aspects of Continuous Beer Fermentation”, Wallerstein Laboratories Communications 25 (Dezember 1962 ): 337–48.
Google Scholar
Replies to Mr F.E. Lord’s Questionnaire dated 30.11.61”, in Arthur Guinness Son amp; Co. Collection, Ms. 2013, Science Museum Library, London (im folgenden: Guiness Papers).
Google Scholar
D.T. Shore, “Chemical Engineering of the Continuous Brewing Process”, Chemical Engineer (Mai 1968): 99-109. [Arthur Guinness Son amp; Co.] “General Report on Continuous Brewing Research in Production Research Department Park Royal, 1957–1966”, Guinness Papers.
Google Scholar
Arthur Guinness Son amp; Co.] „General Report on continuous Brewing Research in Production Research Department Park Royal, 1857–1966”, Guinness Papers.
Google Scholar
G.A. Dummett, From Little Acorns: A History of the A.P.V. Company Limited (London: Hutchinson Benham, 1981), S. 196–98. Siehe auch R.N. Greenshields und E.L. Smith, “Tower Fermentation Systems and the Applications”, The Chemical Engineer (Mai 1971 ): 182–90.
Google Scholar
J.H. Hastings, “Development of the Fermentation Industries in Great Britain”, Advances in Applied Microbiology 14 (1971), S. 42.
Google Scholar
Aiba, Humphrey und Millis, Biochemical Engineering, S. 128-62.
Google Scholar
R.C. Righelato und R. Elsworth, „Industrial Applications of Continuous Culture: Pharmaceutical Products and Other Products and Processes“, Advances in Applied Microbiology 13 (1970): 399 - 465.
Google Scholar