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Brand new genetic code needs to be produced for the evolution of new species and types of organisms to occur. This is essential if a bacteria is to become a yeast, a fish to become a salamander or lizard, or for a flying dinosaur to become a bird. How much new and unique genetic code actually needs to be produced to explain the diversity seen in nature? What is the probability of this occurring? What are the implications of distinction trends and processes resulting in a loss of genetic information?
Check out our other podcasts:
studio.youtube.com/channel/UCXugrn…ontent/podcasts
Brand new genetic code needs to be produced for the evolution of new species and types of organisms to occur. This is essential if a bacteria is to become a yeast, a fish to become a salamander or lizard, or for a flying dinosaur to become a bird. How much new and unique genetic code actually needs to be produced to explain the diversity seen in nature? What is the probability of this occurring? What are the implications of distinction trends and processes resulting in a loss of genetic information?
Check out our other podcasts:
studio.youtube.com/channel/UCXugrn…ontent/podcasts
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