Chromosome mosaics in experimental amphiploids in the triticinae

ARTICLE PDF REFERENCES * Brown, S W. 1949. Endomitosis in the tapetum of tomato. _Amer Jour Bot_, 36, 703–716. Article  Google Scholar  * Darlington, C D. 1937. _Recent Advances in

Cytology_, 2nd edition. Churchill, London. Google Scholar  * Darlington, C D. 1939. _The Evolution of Genetic Systems_, The University Press, Cambridge. Google Scholar  * Darlington, C D,

and Mather, K. 1944. Chromosome balance and interaction in Hyacinths. _J Genet_, 46, 52–61. Article  Google Scholar  * Darlington, C D, and Thomas, P T. 1937. The breakdown of cell division

in a _Festuca_-_Lolium_ derivative. _Ann Bot NS_, 1, 747–761. Article  Google Scholar  * Fankhauser, G. 1945. The effects of changes in chromosome number on amphibian development. _Quart Rev

Biol_, 2, 20–78. Google Scholar  * Hollingshead, L. 1932. The occurrence of unpaired chromosomes in hybrids between varieties of _Triticum vulgare_. _Cytologia_, 3, 119–141. Article  Google

Scholar  * Huskins, C L. 1949. The nucleus in development and differentiation and the experimental induction of “meiosis”. _Proc 8th Int Genet Congress (Stockholm)_, 274–285. * Katterrmann,

G. 1933. Eih Beitrag zur Frage der Dualität der Bestandteile des Bastardkernes. _Planta_, 18, 751–785. Article  Google Scholar  * Li, H W, and Tu, D S. 1947. Studies on the chromosomal

aberrations of the amphiploid _Triticum timopheevi_ and _Aegilops bicornis_. _Bot Bul Acad Sinica_, 1, 173–186. Google Scholar  * Love, R M. 1938. Somatic variation of chromosome numbers in

hybrid wheats. _Genetics_, 23, 517–522. CAS  PubMed  PubMed Central  Google Scholar  * Love, R M, and Suneson, C A. 1945. Cytogenetics of certain _Triticum_-_Agropyron_ hybrids and their

fertile derivatives. _Amer Jour Bot_, 32, 451–456. Article  Google Scholar  * Macfadden, E S, and Sears, E R. 1947. The genome approach to radical wheat breeding. _J Amer Soc Agron_, 39,

1011–1026. Article  Google Scholar  * Menzel, M V, and Brown, D S. 1952. Polygenomic hybrids in _Gossypium_ II Mosaic formation and somatic reduction. _Amer Jour Bot_, 39, 59–69. Article 

Google Scholar  * Montalenti, G. _et al_. 1950. The supply of ribonucleic acid to the male germ cells during meiosis in _Asellus aquaficus_. _Heredity_, 4, 75–87. Article  CAS  Google

Scholar  * Müntzing, A. 1951. Cytogenetic properties and practical value of tetraploid rye. _Hereditas_, 37, 17–84. Article  Google Scholar  * Oksala, T. 1944. Zytologische Studien an

Odonaten II Die Enstehung der Meiotischen Präkozität. _Ann Acad Sci Fennicae_, A. IV 5, 1–33. Google Scholar  * O'Mara, J G. 1942. Meiosis in autotetraploid _Secale cereale_. _Bot Gaz_,

104, 563–575. Article  Google Scholar  * Sachs, Leo. 1952. Chromosome behaviour in species hybrids with _Triticum timopheevi_. _Heredity_ (in press). * Smith, L. 1942. Cytogenetics of a

factor for multiploid sporocytes in barley. _Amer Jour Bot_, 29, 451–445. Article  Google Scholar  * Stebbins, G L, Jr., 1950. _Variation and Evolution in Plants_. Columbia University Press,

New York. Google Scholar  * Therman, E, and Timonen, S. 1951. Inconsistency of the human somatic chromosome complement. _Hereditas_, 37, 266–279. Article  Google Scholar  * Vaarama, A.

1949a. Permanent effect of colchicine on _Ribes nigrum_. _Proc 8th Int Genet Congress (Stockholm)_, 680–681. * Vaarama, A. 1949b. Spindle abnormalities and variation in chromosome number in

_Ribes nigrum_. _Hereditas_, 35, 136–162. Article  Google Scholar  Download references AUTHOR INFORMATION AUTHORS AND AFFILIATIONS * Plant Breeding Institute, Cambridge, John Innes

Horticultural Institution, Bayfordbury, Hertford, Herts Leo Sachs Authors * Leo Sachs View author publications You can also search for this author inPubMed Google Scholar RIGHTS AND

PERMISSIONS Reprints and permissions ABOUT THIS ARTICLE CITE THIS ARTICLE Sachs, L. Chromosome mosaics in experimental amphiploids in the _Triticinae_. _Heredity_ 6, 157–170 (1952).

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