16mm Filmography
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Mitosis and meiosis

Uses stained cells, animation, and time-lapse cinephotomicrography of living cells to compare mitosis and meiosis. Shows onion root tip, whitefish embryo, salamander epidermal, and living Tradescantia staminal hair cells photographed in time-lapse photography to present the details of mitosis. Portrays the basic features of meiosis by using lily anther cells and living sperm cells of a grasshopper photographed by time-lapse photography. Animation sequences give a side-by-side comparison of the two processes and show how mitosis, meiosis, and fertilization fit into the life cycle of common organisms.
Complete catalog record
Uses stained cells, animation, and time-lapse cinephotomicrography of living cells to compare mitosis and meiosis. Shows onion root tip, whitefish embryo, salamander epidermal, and living Tradescantia staminal hair cells photographed in time-lapse photography to present the details of mitosis. Portrays the basic features of meiosis by using lily anther cells and living sperm cells of a grasshopper photographed by time-lapse photography. Animation sequences give a side-by-side comparison of the two processes and show how mitosis, meiosis, and fertilization fit into the life cycle of common organisms., MITOSIS AND MEIOSIS. Audio-Visual Center, Indiana University. 16 min., sd., color, 16mm. Continuity of Life) Kodachrome. © Indiana University; 10Feb56; MP7533., MITOSIS AND MEIOSIS. Audio-Visual Center, Indiana University. 16 min., sd., color, 16mm. Continuity of Life) Kodachrome. © Indiana University; 10Feb56; MP7533.NOTE: Two (or more) records have been merged together to create this data.

Related films

Sources

  1. 16mm Filmography (legacy record) — title, year, creator, length, format, color, sound, description, catalog record
  2. Catalog of Classroom Teaching Films for Georgia Schools, No. 10 (Georgia Department of Education) — title, creator, length, color, description

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