Cell biology
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Traces cellular development from 3.5 billion-year-old fossil evidence through procaryotes, the pioneers of oxygen-based ecology systems, to the eucaryotic cells, which compose all advanced forms of life. Discusses a recently introduced theory which attempts to explain the quantum leap in complexity from procaryotes to eucaryotic cells., Starting with 3-1/2-billion- year-old fossil evidence, cellular development is traced through prokaryotes, the cellular pioneers of our oxygen-based ecology system, to the eukaryotic cells, which compose all advanced forms of life., Starting with 31/2 billion year old fossil evidence, cellular development is traced through {prokaryotes}, the cellular pioneers of our oxygen-based ecology system, to the {eukaryotic cells}, which compose all advanced forms of life.
Credits
- Produced by
- Bruce J. Russell
Complete catalog record
, Starting with 3-1/2-billion- year-old fossil evidence, cellular development is traced through prokaryotes, the cellular pioneers of our oxygen-based ecology system, to the eukaryotic cells, which compose all advanced forms of life., Starting with 31/2 billion year old fossil evidence, cellular development is traced through {prokaryotes}, the cellular pioneers of our oxygen-based ecology system, to the {eukaryotic cells}, which compose all advanced forms of life.NOTE: Two (or more) records have been merged together to create this data.
Related films
Sources
- 16mm Filmography (legacy record) — title, year, creator, length, format, color, sound, genre, description, catalog record
- Wikidata · Q123373949 ↗ — country, credits
Original permalink · Record added 2024-04-20 16:06:12