The origin of mutants

Cairns, John, Overbaugh, Julie, Miller, Stephan·1988·Nature
DOI 10.1038/335142a0

Cited by (866)

Items 801–866 of 866

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  4. Like images refracted: A view from the interactionist perspective
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  5. Genes and genius from Galton to Freud
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  6. Problems with the “environment as phenotype” hypothesis
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  7. “Significant and substantial” or minor and unreliable genetic influences on measures of the environment?
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  8. Improvisations on the behavioral-genetics theme
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  9. Overinterpreting model fitting effects
    Lee Willerman · 1991 · Behavioral and Brain Sciences
  10. On the misuse of certain concepts derived from genetic analysis
    Michel Duyme, Christiane Capron · 1991 · Behavioral and Brain Sciences
  11. Obituary.Salvador E. Luria (1912–1991)
    A. Wilkins · 1991
  12. Mechanism of induced mutagenesis by ultraviolet light in Escherichia coli
    Manuel Ruiz-Rubio · 1991 · Advances in mutagenesis research
  13. Investment in UK universities
    U. Wintersberger · 1990 · Nature
  14. A mechanism for adaptive mutagenesis.
    C. Bandea · 1990 · Medical Hypotheses
  15. Mutations and plagiarisms
    J. Cairns · 1989 · Nature
  16. Neo-Darwinism and Teleological Synchronicity
    Roger Tarbutton · 2024 · SSRN Electronic Journal
  17. Darwinism
    D. Auboeuf · 2021 · Encyclopedia of Evolutionary Psychological Science
  18. Genome stability: An evolutionary perspective
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  19. What Does This Mean for Evolution?
    John Steven Torday, William Miller · 2020 · Springer eBooks
  20. References
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  21. Ground station scheduling optimization for a model of a real-world problem instance
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  22. Order is present at every level but is not total.
    A. Lima-de-faria · 2016 · THEORETICAL BIOLOGY FORUM
  23. Operational Approach to Modern Theory of Evolution
    M. Asano, A. Khrennikov, M. Ohya, Yoshiharu Tanaka, I. Yamato · 2015
  24. Luria–Delbrück Experiment
    William C. Summers · 2013 · Elsevier eBooks
  25. John Roth’s Paths and Pathways *
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  26. Adventures with Mutation and Selection in Beehive and Cow Country
    D. Hughes, D. Andersson · 2011 · ASM Press eBooks
  27. Listeria monocytogenes growth limits and stress resistance mechanisms
    Stijn van der Veen · 2008
  28. The development of pathogenicity
    Carlton L Gyles · 2005 · Elsevier eBooks
  29. Molecular and Cellular Levels of Biological Evolution
    Miroslav Radman · 2005 · Kluwer Academic Publishers eBooks
  30. Population genetics and evolution
    Dick Neal · 2003 · Cambridge University Press eBooks
  31. References
    Dick Neal · 2003 · Cambridge University Press eBooks
  32. Solutions to problems
    Dick Neal · 2003 · Cambridge University Press eBooks
  33. Life tables and age-specific death rates
    Dick Neal · 2003 · Cambridge University Press eBooks
  34. Applying zygotic selection models to natural systems
    Dick Neal · 2003 · Cambridge University Press eBooks
  35. Quantifying natural selection: haploid and zygotic selection models
    Dick Neal · 2003 · Cambridge University Press eBooks
  36. Animal behaviour, natural selection and altruistic traits
    Dick Neal · 2003 · Cambridge University Press eBooks
  37. Gene frequencies and the Hardy–Weinberg principle
    Dick Neal · 2003 · Cambridge University Press eBooks
  38. Interactions between species, and the behaviour of individuals
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  39. Simple population growth models and their simulation
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  40. Darwin concludes that organisms evolve
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  41. Small populations, genetic drift and inbreeding
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  42. Sexual selection and mating systems
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  43. Epilogue
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  44. Evolution of life histories
    Dick Neal · 2003 · Cambridge University Press eBooks
  45. Interspecific competition and amensalism
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  46. Mutation and the genetic variation of populations
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  47. Density-independent growth and overproduction
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  48. Darwin's theories of evolution
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  49. Density-dependent growth, and the logistic growth model
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  50. Age-specific reproduction and population growth rates
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  51. Population genetics: summary and synthesis
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  52. Migration, gene flow and the differentiation of populations
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  53. Understanding natural selection
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  54. Creativity in Biological Systems
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  55. A new look at adaptive mutations in bacteria.
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  56. Mutation as a (Bio)Chemical Process (1958–1996)
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  57. Informazione ambientale, plasticita' e processi epigenetici: Il loro ruolo nell'evoluzione
    M. Sarà · 1996
  58. Chapter 12 The nature and significance of mutations
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  59. Rapid exploration of alternatives via chaos.
    C.-H. Woo · 1994 · Bio Systems
  60. Ordnung in Kolonien
    Eshel Ben-Jacob, Ofer Shochet, A. Tenenbaum · 1994
  61. Advances in Mutagenesis Research
    A. T. Natarajan, H. Rosenkranz, F. Sobels, T. Sugimura · 1993 · Advances in Mutagenesis Research
  62. L'editing du récepteur des lymphocytes pour l'antigène: un exemple de mutation dirigée ?
    D. Corcos · 1993
  63. Genetically engineered bacteria to identify and produce anti-viral agents.
    R. H. Grafstrom, Katherine Zachariasewycz, Richard A. Brigandi, Timothy M. Block · 1992 · Advances in Experimental Medicine and Biology
  64. Mutation rate, transcription and gene position.
    P. Quillardet · 1990 · Research in Microbiology
  65. Mutations in Wheat — Future Possibilities
    K. A. Siddiqui · 1990
  66. The shape of life: how much is written in stone?
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