tion connection: proteins, carbohydrates, and nucleic ac tion connection: proteins, carbohydrates, and nucleic ac Learning goals: Students will understand that 1) our evolutionary history has affected our genes and proteins, 2) the availability of particular carbohydrates in the environment has shaped the evolutionary history of different human populations, and 3) our evolutionary history matters in our everyday lives. For the instructor: This short slide set weaves together basic information about carbohydrates, proteins, and nucleic acids into one evolutionary story that relates to students’ everyday lives. To integrate it best, use these slides immediately after you’ve discussed the structure of these biological molecules. You may wish to prime students for this story by using lactose and lactase as examples when discussing carbohydrates and proteins. Additional details about the translation of nucleic acids into proteins could be incorporated into the last slide of this series, to the degree that you cover this material in your discussion of the structure of nucleic acids. You may also wish to return to this story as an example when you cover Mendelian genetics. The European version of the lactase persistence gene is inherited as a dominant Mendelian trait. Each of the following slides comes with a sample script for the instructor. To review this script,
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Evolution connection: proteins, carbohydrates, and nucleic acids Learning goals: Students will understand that 1) our evolutionary history has affected.
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Evolution connection: proteins, carbohydrates, and nucleic acidsEvolution connection: proteins, carbohydrates, and nucleic acids
Learning goals:Students will understand that 1) our evolutionary history has affected our genes and proteins, 2) the availability of particular
carbohydrates in the environment has shaped the evolutionary history of different human populations, and 3) our evolutionary history
matters in our everyday lives.
For the instructor:This short slide set weaves together basic information about carbohydrates, proteins, and nucleic acids into one evolutionary story
that relates to students’ everyday lives. To integrate it best, use these slides immediately after you’ve discussed the structure of these
biological molecules. You may wish to prime students for this story by using lactose and lactase as examples when discussing
carbohydrates and proteins. Additional details about the translation of nucleic acids into proteins could be incorporated into the last
slide of this series, to the degree that you cover this material in your discussion of the structure of nucleic acids. You may also wish to
return to this story as an example when you cover Mendelian genetics. The European version of the lactase persistence gene is
inherited as a dominant Mendelian trait.
Each of the following slides comes with a sample script for the instructor. To review this script, download the PowerPoint file and view
the Notes associated with each slide.
Evolution Connection slideshows are provided by Understanding Evolution (understandingevolution.org) and are copyright 2011 by
The University of California Museum of Paleontology, Berkeley, and the Regents of the University of California. Feel free to use and
modify this presentation for educational purposes.
Evolution connection: proteins, carbohydrates, and nucleic acidsEvolution connection: proteins, carbohydrates, and nucleic acids
Digesting lactose with an enzyme
Lactose
Galactose Glucose
Evolution connection: proteins, carbohydrates, and nucleic acidsEvolution connection: proteins, carbohydrates, and nucleic acids
Lactase to the rescue!
Galactose Glucose
Lactose
Lactase image is from BioMolecular Explorer 3D and is used under the conditions of a Creative