The following paper is intended to provide a broad context for many of the subsequent papers of the workshop. I will do this by reflecting on a century of development in one area of the discipline of chemistry, with a particular focus on what I am calling “Emil Fischer’s dream.” In 1915 Fischer envisioned a central aspect of the transformation of chemistry in the twentieth century, the development of an interdisciplinary approach to the chemistry of life that would not only result in greater insight into the nature of life, but ultimately allow human beings to change the nature of life itself.
...MoreBook Masanori Kaji; Yasu Furukawa; Hiroaki Tanaka; Yoshiyuki Kikuchi (2016) Transformation of Chemistry from the 1920s to the 1960s.
Article
Deichmann, Ute;
(2007)
“Molecular” versus “Colloidal”: Controversies in Biology and Biochemistry, 1900--1940
(/isis/citation/CBB000831527/)
Article
David W. Moreland;
Paul R. Jones;
(2016)
Emil Fischer's Sample Collection
(/isis/citation/CBB841155246/)
Book
Baudet, Jean;
(2006)
La vie expliquée par la chimie: comment la biologie est devenue moléculaire
(/isis/citation/CBB000720156/)
Article
Travis, Anthony S.;
(2008)
Models for Biomedical Research: The Theory and Practice of Paul Ehrlich
(/isis/citation/CBB000931567/)
Book
Mathias Grote;
(2019)
Membranes to Molecular Machines: Active Matter and the Remaking of Life
(/isis/citation/CBB578630199/)
Article
Johnson, Jeffrey Allan;
(2015)
Dilemmas of 19th-century Liberalism among German Academic Chemists: Shaping a National Science Policy from Hofmann to Fischer, 1865--1919
(/isis/citation/CBB001551144/)
Book
Rebecca Mertens;
(2019)
The Construction of Analogy-Based Research Programs: The Lock-and-Key Analogy in 20th Century Biochemistry
(/isis/citation/CBB952794039/)
Article
Deichmann, Ute;
(2009)
Chemistry and the Engineering of Life around 1900: Research and Reflections by Jacques Loeb
(/isis/citation/CBB001230120/)
Article
Ute Deichmann;
(2021)
Template Theories, the Rule of Parsimony, and Disregard for Irreproducibility—The Example of Linus Pauling’s Research on Antibody Formation
(/isis/citation/CBB288024663/)
Article
Sourkes, Theodore L.;
(2004)
The Discovery of Lecithin, the First Phospholipid
(/isis/citation/CBB000740503/)
Book
Kirschke, Martin;
(2001)
Liebigs Lehrer Karl W. G. Kastner (1783-1857): Eine Professorenkarriere in Zeiten naturwissenschaftlichen Umbruchs
(/isis/citation/CBB000101522/)
Article
Carlos Ramírez;
(2022)
Lipids, Chloroform, and Their Intertwined Histories
(/isis/citation/CBB384618008/)
Book
Soňa Štrbáňová;
(2016)
Holding Hands with Bacteria: The Life and Work of Marjory Stephenson
(/isis/citation/CBB867814972/)
Article
Fantini, Bernardino;
(2000)
L'embryologie, la “géographie chimique” de la cellule et la synthèse entre morphologie et chimie (1930-1950)
(/isis/citation/CBB000770052/)
Article
Ackert, Lloyd T., Jr.;
(2006)
The Role of Microbes in Agriculture: Sergei Vinogradskii's Discovery and Investigation of Chemosynthesis, 1880--1910
(/isis/citation/CBB000670740/)
Thesis
Erika Michelle Langer;
(2016)
Molecular Ferment: The Rise and Proliferation of Yeast Model Organism Research
(/isis/citation/CBB238936656/)
Article
Bensaude-Vincent, Bernadette;
(2009)
Biomimetic Chemistry and Synthetic Biology: A Two-way Traffic across the Borders
(/isis/citation/CBB001021317/)
Article
Bueno, Otávio;
(2011)
When Physics and Biology Meet: The Nanoscale Case
(/isis/citation/CBB001024003/)
Article
Fruton, Joseph S.;
(1985)
Contrasts in scientific style: Emil Fischer and Franz Hofmeister: Their research groups and their theory of protein structure
(/isis/citation/CBB000040292/)
Book
Michel Morange;
(2020)
The Black Box of Biology: A History of the Molecular Revolution
(/isis/citation/CBB035364586/)
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