Covalent bonds place constraints on the shapes of biological molecules. as the size and complexity of a biomolecule increases, the chemical focus shifts from covalent bonds to noncovalent interactions. noncovalent interactions dictate the stable, native conformations of large macromolecules and polymers while permitting the flexibility necessary for their biological functions. what characteristics of weak noncovalent interactions enable the assembly, stability, and functions of biomolecules? they are not affected by the surrounding aqueous environment. they are readily reversible, whereas covalent bonds require a much larger input of energy to break. they have a large aggregate strength when multiple interactions are present. they are stable, requiring a large amount of energy to break.
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Biology, 21.06.2019 20:20
2. what process do mrna and trna work together to complete? (3 points)
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Biology, 22.06.2019 00:30
Imagine that certain laws of physics could be ignored and you were able to travel vast distances in moments. now imagine that you traveled to an earth-like planet located light-years away that is known to support life. think about what you’ve learned in this unit and make an argument for what you think would be the dominant type of life form on this planet. consider whether a notochord is required for an organism to manipulate its environment and become a dominant creature.
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Biology, 22.06.2019 03:00
Which sentence best describes the relationship between chlorophyll and the chloroplast? a.)chlorophyll is a chemical found in a chloroplast. b.) chloroplast is a chemical found in a chlorophyll. c.) both chlorophyll and chloroplasts are found in animals. d.) both chlorophyll and chloroplasts make carbon dioxide.
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Biology, 22.06.2019 04:20
Do you think the gene eef1 alpha1 supports cell theory? explain your response.
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Covalent bonds place constraints on the shapes of biological molecules. as the size and complexity o...
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