The Anaphase Movement and its relashionship with cell cleavage
All steps of the mitotic and meiotic processes have given rise to a large number of theories and much discussion but none has been so prolific in this respect as the anaphase movement, when daughter chromosomes leave the equatorial plate and move their centromeres up to the poles of the achromatic spindle.
KeywordsTraction Fiber Cleavage Furrow Cell Cleavage Equatorial Plate Contractile Ring
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- Belar, K. (1929a) Beitrage zur Kausanalyse der Mitose. II. Ach. Entwmk. 118: 359–480Google Scholar
- Beneden, E. van (1883) Recherches sur la maturation de l’oeuf, la fécondation et la division cellulaire. Arch.Biol. 4: 265–641Google Scholar
- Hughes, A. F, (1952) The mitotic cycle. New YorkGoogle Scholar
- Mazia, D. (1961) Mitosis and the physiology of cell division. The Cell (J. Brächet and A. E. Mirsky, editors ), Academic Press, vol. 3: 77–412Google Scholar
- Mota, M. (1952) The action of seed extracts on chromosomes. Arquivo de Patologia 24 (3): 336–357Google Scholar
- Mota, M. (1957) A new hypothesis on the anaphase movement. Proceedings of the International Genetics Symposium, 1956, Supplement volume of Cytologia pp. 113–116Google Scholar
- Nicklas, B. (1988) Chromosomes and kinetochores do more in mitosis than previously thought. Chromosome structure and function (J. P. Gustaf son and R. Appels, editors ), Plenum Press: 53–74Google Scholar
- Schräder, F. (1944, 1954 ) Mitosis (1st and 2nd editions), New YorkGoogle Scholar
- Yen, T. J.; Compton, D. A.; Wise, D.; Zinkowsky, R. P.; Brinkley, B. R.; Earnshaw, W. C. and Cleveland, D. W. (1991) CENP-E, a novel human centromere-associated protein required for progression from metaphase to anaphase. EMBO J. 10: 1245–1254Google Scholar