Description “In the present paper I wish to discuss the constraining effect of the relation between the manifest and the scientific image, i.e., between the images of the world constructed on the personal experiences of individuals encountering themselves in society, and the striving for images based on impersonal reasoning, which may involve imperceptible conceptual entities. I shall follow primarily two examples from the early history of genetics. The one is the story of the objects of Darwinian natural selection, which is best known through the clash between biometricians and Mendelians in the first decade of the century, and its conceptual (though not actual) resolution through the introduction of the terms phenotype and genotype by Wilhelm Johannsen in 1909. The other is, in a sense, a more confined conflict, about the meaning of the genetic linkage maps of the chromosomes, as developed in the 1910s by T.H. Morgan and his students.”
Book Maasen, Sabine; Mendelsohn, Everett; Weingart, Peter (1995) Biology as society, society as biology: Metaphors.
Article
Balen, Gerrit A.M. van;
(1986)
The influence of Johannsen's discoveries on the constraint-structure of the Mendelian research program: An example of conceptual problem solving in evolutionary theory
(/isis/citation/CBB000051969/)
Article
Wanscher, Johan Henrik;
(1975)
The history of Wilhelm Johannsen's genetical terms and concepts from the period 1903 to 1926
(/isis/citation/CBB000020244/)
Chapter
Sohn, Werner;
(1998)
Darstellung und Herstellung: Epistemologische Überlegungen zu Wilhelm Johannsens Konzept der reinen Linie
(/isis/citation/CBB000083358/)
Article
Kim, Kyung-Man;
(1991)
On the reception of Johannsen's pure line theory: Toward a sociology of scientific validity
(/isis/citation/CBB000053399/)
Article
Roll-Hansen, Nils;
(1989)
The crucial experiment of Wilhelm Johannsen
(/isis/citation/CBB000040918/)
Article
Della Justina, Lourdes;
de Andrade Caldeira, Ana Maria;
(2011)
Investigação sobre a inclusão do episódio histórico da teoria genotípica de Wilhelm Ludwig Johannsen na formação inicial de professores e pesquisadores
(/isis/citation/CBB001212033/)
Article
Garland E. Allen;
(2015)
How Many Times Can You Be Wrong and Still Be Right? T. H. Morgan, Evolution, Chromosomes and the Origins of Modern Genetics
(/isis/citation/CBB030960677/)
Article
Pereira Martins, Lilian Al-Chueyr;
(2012)
Um representante do estilo de pensamento científico “compreensivo,” William Bateson (1861--1926): ciência, política e arte
(/isis/citation/CBB001212025/)
Article
Harwood, Jonathan;
(1984)
The reception of Morgan's chromosome theory in Germany: Inter-war debate over cytoplasmic inheritance
(/isis/citation/CBB000013646/)
Article
Allen, Garland E.;
(1984)
Thomas Hunt Morgan: Materialism and experimentalism in the development of modern genetics
(/isis/citation/CBB000012891/)
Article
Bowler, Peter J.;
(1978)
Hugo de Vries and Thomas Hunt Morgan: The mutation theory and the spirit of Darwinism
(/isis/citation/CBB000015411/)
Article
Gilbert, Scott F.;
(1978)
The embryological origins of the gene theory
(/isis/citation/CBB000013721/)
Article
(1983)
The place of Thomas Hunt Morgan in American biology
(/isis/citation/CBB000028370/)
Article
David Ceccarelli;
(2021)
“The bad habit of wandering”: Morgan, Osborn and the issue of evolutionary causality in genetics and paleontology
(/isis/citation/CBB874691467/)
Chapter
Maienschein, Jane;
(1991)
T.H. Morgan's regeneration, epigenesis, and (w)holism
(/isis/citation/CBB000036758/)
Review
Jane Maienschein;
(2016)
Review of "Thomas Hunt Morgan: The Man and His Science"
(/isis/citation/CBB535735449/)
Article
Kohler, Robert E.;
(1991)
Drosophila and evolutionary genetics: The moral economy of scientific practice
(/isis/citation/CBB000030983/)
Article
Allen, Garland E.;
(1985)
Thomas H. Morgan et la naissance de la génétique moderne
(/isis/citation/CBB000029021/)
Article
Roll-Hansen, N.;
(1992)
Philosophical ideas and scientific practice: A note on the empiricism of T.H. Morgan
(/isis/citation/CBB000048733/)
Article
Allen, Garland E.;
(1975)
The introduction of Drosophila into the study of heredity and evolution: 1900-1910
(/isis/citation/CBB000018665/)
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