that phase of mitosis or meiosis in which the nuclear membrane reappears around the two daughter nuclei, the nucleoli reappear in each, the centrioles disappear and the chromatin becomes progressively less condensed (thus organized chromosomes cease to be visible).

The final stage of mitosis before cytokinesis. In telophase, the nuclear envelope re-forms around separated sister chromatids and kinetochore microtubules disappear. Cell elongation also occurs during this phase. The final stage of the first meiotic division (meiosis I), during which chromosomes arrive at the poles of the cell and begin to recondense; the final stage of the second meiotic division (meiosis II), during which chromosomes arrive at the poles of the cell, the nuclear envelope begins to re-form, and the chromosomes begin to recondense.

a phase during mitosis in which the chromosomes arrive at the opposite poles of the cell.

phasis = a phase; final stage of somatic cell division when daughter cells separate.

The final stage of mitosis, characterized by the disappearance of the spindle apparatus, the reappearance of the nuclear membrane, the disappearance of the chromosomes, and the completion of cytokinesis.

The final stage of mitosis or meosis during which nuclei form in the daughter cells.

the final stage of meiosis when the chromosomes move toward opposite ends of the nuclear spindle

mitotic stage where nuclear membrane reforms and the spindle fibers disappear.

TELL-o-faze The final stage of cell division, when two cells form from one and the spindle is disassembled. 171

The Þnal stage of mitosis in which the chromosomes migrate to opposite poles, a new nuclear envelope forms, and the chromosomes uncoil. The last phase of nuclear division in eukaryotes when the segregated chromosomes uncoil and begin to reform nuclei. This is immediately followed (in most cases) by cytokinesis. PICTURE

The stage of meiosis or mitosis at which the chromosomes have reached the ends of the spindle after division but the daughter cells have not yet taken an interphase appearance.

phase of mitosis in which the chromosome pairs have separated and reached opposite poles of the cell as the spindle begins to disintegrate, the nuclear membrane reappears, and the cytoplasm begins to divide

(Gr. telos, end + phase)  The last stage in each mitotic or meiotic division, in which the chromosomes are assembled at the poles of the division spindle.

(TEE-lo-faze) The fifth of six phases of cell division, following anaphase and preceding cytokinesis. In telophase, nuclear membranes form around each of the two sets of chromosomes, the chromosomes begin to spread out, and the spindle begins to break down.

The late stage of nuclear division when daughter nuclei re-form.

The final stage of mitosis in which the chromosomes migrate to opposite poles, a new nuclear envelope forms, and the chromosomes uncoil. This is immediately followed (in most cases) by cytokinesis.The last stage (Grekk. Telos = end) of mitosis, or of either division of meiosis, during which the chromosomes become progressively thinner and more elongated (Heidenhain, 1894). Telophase is said to begin with the formation of a nuclear membrane round each group of daughter-chromosomes.

In mitosis, the phase when new nuclear membranes form around the two new sets of chromosomes. Compare prophase, metaphase, anaphase.

The final stage of mitosis in which the daughter chromosomes reach the opposite poles of the cell and re-from nuclei.

Telophase (sometimes spelled telephase), from the ancient Greek "τελος" (end) and "φασις" (stage), is a stage in either meiosis or mitosis in a eukaryotic cell reversing the effects of prophase and prometaphase events. During those events, the nucleus was dissolved and the chromatin in the cell was condensed into chromosomes. Telophase thus "cleans up" the secondary after-effects of mitosis.