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Have you ever wondered how evolution operates at a cellular level? Dr. Biology has a conversation with evolutionary biologist William Ratcliff in an episode that investigates the process of how single-cell mutations can make the leap to coordinated groups of cells and ultimately to complex multicellular organisms. And we are learning all of this from a simple selection experiment involving yeast. Listen in and learn more about this long-running experiment that is giving us an idea of how single cells made the leap to multicell organisms.
Visit: Ratcliff Lab
Experiment: Snowflake yeast kit
If you have not already, please subscribe to the podcast so you can be notified about new episodes.
By Charles Kazilek (a.k.a. Dr. Biology) - School of Life Sciences, Arizona State UniversityHave you ever wondered how evolution operates at a cellular level? Dr. Biology has a conversation with evolutionary biologist William Ratcliff in an episode that investigates the process of how single-cell mutations can make the leap to coordinated groups of cells and ultimately to complex multicellular organisms. And we are learning all of this from a simple selection experiment involving yeast. Listen in and learn more about this long-running experiment that is giving us an idea of how single cells made the leap to multicell organisms.
Visit: Ratcliff Lab
Experiment: Snowflake yeast kit
If you have not already, please subscribe to the podcast so you can be notified about new episodes.