anaphase

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Related to anaphases: telophase

an·a·phase

 (ăn′ə-fāz′)
n.
The stage of mitosis and meiosis in which the chromosomes move to opposite ends of the nuclear spindle.

anaphase

(ˈænəˌfeɪz)
n
1. (Biology) the third stage of mitosis, during which the chromatids separate and migrate towards opposite ends of the spindle. See also prophase, metaphase, telophase
2. (Biology) the corresponding stage of the first division of meiosis
[C19: from ana- + phase]

an•a•phase

(ˈæn əˌfeɪz)

n.
the stage in mitosis or meiosis following metaphase in which the chromosomes move away from each other to opposite ends of the cell.
[1885–90]
an`a•pha′sic, adj.

an·a·phase

(ăn′ə-fāz′)
The stage of cell division in which the doubled set of chromosomes separates into two identical groups that move to opposite ends of the cell. In mitosis, anaphase is preceded by metaphase and followed by telophase. See more at meiosis, mitosis.
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.anaphase - the stage of meiosis or mitosis when chromosomes move toward opposite ends of the nuclear spindleanaphase - the stage of meiosis or mitosis when chromosomes move toward opposite ends of the nuclear spindle
meiosis, miosis, reduction division - (genetics) cell division that produces reproductive cells in sexually reproducing organisms; the nucleus divides into four nuclei each containing half the chromosome number (leading to gametes in animals and spores in plants)
phase of cell division - a stage in meiosis or mitosis
Translations

an·a·phase

n. anafase, etapa de la división celular.
References in periodicals archive ?
10 and 50 [micro]g/ml number of prophases and telophases generally increases by prolonging treatments, and the number of metaphases and anaphases decreases.
In addition, the observation of meiotic anaphases I and II in cysts of primary and secondary spermatocytes, respectively, showed that M.
Moreover, root tip cells of Allium cepa can be used as toxicity markers by evaluating several morphological and cytogenetic factors, such as root morphology and growth, mitotic index determination, and the induction of micronuclei and aberrant metaphases and anaphases [6,10]
Irregular chromosome segregation, characterized by precocious chromosome migration to the poles at metaphases (Figure 1b and f), laggard chromosomes at anaphases (Figure 1c and g), leading to micronuclei formation at telophases (1c, d, e, and h) and tetrads (Figure 1i) were recorded in all the hybrids and their genitors in different amounts.