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Anaphase

Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x

Early anaphase <p>Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x</p>

Early anaphase

Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x
Mid-anaphase <p>Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x</p>

Mid-anaphase

Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x
Late anaphase <p>Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x</p>

Late anaphase

Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x
Chromosomes <p>Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x</p>

Chromosomes

Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x
Spindle fibers <p>Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x</p>

Spindle fibers

Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x
Centrosomes <p>Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x</p>

Centrosomes

Anaphase begins as sister chromatids separate, drawn toward each centrosome by spindle fibers of the spindle apparatus.  The process continues until late anaphase at which time the chromosomes have segregated to the poles in the eventual daughter cells.  Whitefish blastula, 1500x
Main SlideEarly anaphaseMid-anaphaseLate anaphaseChromosomesSpindle fibersCentrosomes