Further evidence for Darwin's pangenesis

Rivista di Biologia - Biology Forum

Volumn 97, Issue 1, 2004, Pages 53-66

  Liu, Yongsheng ^a  

^a Henan Vocation Tech Teach College   (China)

Author keywords

Darwin's pangenesis; Gemmule; Graft hybridization; Inheritance of acquired characters; mRNA

Indexed keywords

EID: 3042744274     PISSN: 22822593     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Review

References (50)

1. Bulmer, M. [1999], The Development of Francis Galton's Ideas on the Mechanism of Heredity. Journal of the History of Biology 32: 263-292.
2. Burbank, L. [1914-15], His Methods and Discoveries and Their Practical Application. Luther Burbank Press, New York and London, VIII: 158-160.
3. Cullis, C.A. [1976], Environmentally Induced DNA Changes in Ribosomal RNA Cistron Number in Flax. Heredity 36: 73-79.
4. Cullis, C.A. [1977], Molecular Aspects of the Environmental Induction of Heritable Changes in Flax. Heredity 38: 129-154.
5. Cullis, C.A. [1981], Environmental Induction of Heritable Changes in Flax: Defined Environments Inducing in rDNA and Peroxidase Isozyme Band Pattern. Heredity 47: 87-94.
6. Cullis, C.A. [1986], Phenotypic Consequences of Environmentally Induced Changes in Plant DNA. Trends in Genetics 2: 307-309.
7. Cullis, C.A., S. Swami and Y.-G. Song [1999], RAPD Polymorphisms Detected among the Flax Genotrophs. Plant Molecular Biology 41: 795-800.
8. Darwin, C. [1868], The Variation of Animals and Plants Under Domestication. John Murray, London.
9. Dennett, D.C. [1995], Darwin's Dangerous Ideas: Evolution and The Meanings of Life. Simon & Schustr, New York.
10. Durrant, A. [1958], Environmental Conditioning of Flax. Nature 181: 928-929.
11. Durrant, A. [1962], The Environmental Induction of Heritable Change in Linum. Heredity 17: 27-61.
12. Encev, J. [1957], Directed Changes of Inheritance in Spring Forms Converted into Winter Forms. Agrobiologija (5): 101-105.
13. Fan, S.-Y. [1999], Phenotype Variation by the Action of Scion Prunus japonica Thunb on Stock Prunus armeniaca L. Hereditas (Beijing) 21(4): 43-44.
14. Flavell, A.J. [1995], Retroelements, Reverse Transcriptase and Evolution. Comp. Biochem. Physiol. 110B: 3-15.
15. Gabriel, A. [1998], LCMV cDNA Formation: Which Reverse Transcriptase is Responsible? Trends in Genetics 14: 220-221.
16. Geison, G.L. [1969], Darwin and Heredity: The Evolution of His Hypothesis of Pangenesis. J. Hist. Med. Allied. Sci. 24: 375-411.
17. Ghiselin, M.T. [1975], The Rationale of Pangenesis. Genetics 79: 47-57.
18. Glushchenko, I.E. [1972], The Experimental Transformation of Winter Wheat into Hereditary Spring Wheat. Sel'skokhozyaistvennaya Biologiya 7(3): 334-346.
19. Hirata, Y. and N. Yagishita [1986], Graft-induced Changes in Soybean Storage Proteins. I. Appearance of the Changes. Euphytica 35: 395-401.
20. Hirata, Y., S. Ogata, S. Kurita, G.T. Nozawa, J. Zhou and S. Wu [2003], Molecular Mechanism of Graft Transformation in Capsicum annuum L. Acta Hort. 625: 125-130.
21. Kim, M., W. Canio, S. Kessler and N. Sinha [2001], Developmental Changes Due to Long-distance Movement of Homeobox Fusion Transcript in Tomato. Science 293: 287-289.
22. Kovalchuk, I., O. Kovalchuk, V. Kalck, V. Boyko, J. Filkowski, M. Heinlein and B. Hohn [2003], Pathogen-induced Systemic Plant Signal Triggers DNA Rearrangements. Nature 423: 760-762.
23. Kumar, A. and J.L. Bennetzen [1999], Plant Retrotransposons. Annu. Rev. Genet. 33: 479-532.
24. Li, F. [1964], Conversion of Spring Wheat into Winter Wheat. Biological Bulletin 1: 333-338.
25. Liu, Y.-S. [2001], The Theoretical and Practical Significance of Plant Grafting in Ancient and Modern China. Studies in the History of Natural Science 21(3): 61-70.
26. Lucas, W.J., B.-C. Yoo and F. Kragler [2001], RNA as a Long-distance Information Macromolecule in Plants. Nature Reviews Molecular Biology 2: 849-857.
27. Lysenko, T.D. [1954], Agrobiology. Foreign Languages Publishing House, Moscow, pp. 589-598.
28. McClintock, B. [1984], The Significance of Responses of the Genome to Challenge. Science 226: 792-801.
29. Michurin, I.V. [1955], Collected Works. Chinese Financial Economy Press, Beijing.
30. Oh, T.J. and C.A. Cullis [2003], Labile DNA Sequences in Flax Identified by Combined Sample Representational Difference Analysis (csRDA). Plant Molecular Biology 52: 527-536.
31. Ohta, Y. and P.V. Chuong [1975a], Heredity Changes in Capsicum annuum L. I. Induced by Ordinary Grafting. Euphytica 24: 355-368.
32. Ohta, Y. and P.V. Chuong [1975b], Heredity Changes in Capsicum annuum L. II. Induced by Virus-inoculated Grafting. Euphytica 24: 605-611.
33. Ohta, Y. [1991], Graft-transformation, the Mechanism for Graft-induced Genetic Changes in Higher Plants. Euphytica 55: 91-99.
34. Perlman, P.S. and J.D. Boeke [2004], Ring around the Retroelement, Science 303: 182-184.
35. Peterson-Burch, B.D., D.A. Wright and H.M. Laten [2000], Retroviruses in Plants? Trends in Genetics 16: 151-152.
36. Rajki, S. [1965], Conversion of Spring Wheat into Winter Wheat and its Genetic Interpretation. Acta Agron. Hung. 13: 263-285.
37. Rajki, S. [1967], Autumnization and Its Genetic Interpretation. Akademiai Kiado, Budapest.
38. Rajki, S. [1982], Phytotron in the Service of Genetics and Wheat Breeding. Acta Agron. Hung. 31: 421-439.
39. Ries, G., W. Heller, H. Puchta, H. Sandermann, H.K. Seidlitz and B. Hohn [2000], Elevated UV-B Radiation Reduces Genome Stability in Plant. Nature 406: 98-101.
40. Schneeberger, R.G. and C.A. Cullis [1991], Specific DNA Alterations Associated with the Environmental Induction of Heritable Changes in Flax. Genetics 128: 619-630.
41. Shinoto, Y. [1955], Graft Experiments in Eggplant. Kagaku 25: 602-607.
42. Steele, E.J. [1981], Somatic Selection and Adaptive Evolution: On the Inheritance of Acquired Characters. The University of Chicago Press, Chicago.
43. Steele, E.J. and R.V. Blanden [2000], Lamarck and Antibody Genes. Science 288: 2318-2319.
44. Taller, J., Y. Hirata, N. Yagishita, M. Kita and S. Ogata [1998], Graft-induced Changes and the Inheritance of Several Characteristics in Pepper (Capsicum annuum L.). Theor. Appl. Genet. 97: 705-713.
45. Taller, J., N. Yagishita and Y. Hirata [1999], Graft-induced Variants as a Source of Novel Characteristics in the Breeding of Pepper (Capsicum annuum L.). Euphytica 108: 73-78.
46. Winther, R.G. [2000], Darwin on Variation and Heredity. Journal of the History of Biology 33: 425-455.
47. Xoconostle-Cazarers, B., Y. Xiang, R. Ruiz-Medrano, H.-L. Wang, J. Monzer, B.-C. Yoo, K.C. Mcfarland, V.R. Franceschi and W.J. Lucas [1999], Plant Paralog to Viral Movement Protein that Potentiates Transport of mRNA into the Phloem. Science 283: 94-98.
48. Yagishita, N. and Y. Hirata [1986], Genetic Nature of Bushy Plant Type in the Variant Strain Induced by Grafting in Pepper. Euphytica 35: 17-23.
49. Yagishita, N. and Y. Hirata [1987], Graft-induced Changes in Fruit Shape in Pepper. I. Genetic Analysis by Crossing. Euphytica 36: 809-814.
50. Yagishita, N., Y. Hirata, H. Mizukami, H. Ohashi and K. Yamashita [1990], Genetic Nature of Low Capsaicin Content in the Variant Strains Induced by Grafting. Euphytica 46: 249-252.