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3. DNA is a polymer that is a chain composed of multiple monomers. By convention, we write the chemical formula of the polymer sequence in shorthand notation, where each monomer is represented by a letter. Consider the DNA sequence: ATATGACGATTGATATCCGGGATACT (A) How many distinct types of monomer units are in this polymer? (B) Considering the ordering of the monomers, what is this type of polymer called? (C) We can use a sequencing machine to artificially construct any DNA sequence we want, such as this: AAAAATTTTTAAAAATTTTTAAAAATTTTTAAAAATTTTTTAAAAA What type of polymer would this be? (D) You rationally engineer DNA nanostructures and nanocrystals in the lab. You find that when you measure the mechanical properties along one direction of the crystal it has a different response than along the opposite direction. What do you call a material when the measured properties are different along different crystal directions? (E) You melt the DNA crystal by raising the temperature and let the crystal reform at a higher temperature than you formed the initial crystal. This new crystal has a different structure. What is this called when a material that has been processed differently has different structures? What does the fact that the different structures preferentially form at different temperatures indicate? (F) You can engineer beams of DNA (see below) and construct structural elements, where the beams are "pre-stressed", or constructed with built in stresses. What kind of stresses do the beams experience if they have forces acting perpendicular to their cross-sectional area? (G)lf an enzyme that cuts DNA, binds to one of the strands connecting the beams, what mechanical stress would the construct experience?

3. DNA is a polymer that is a chain composed of multiple monomers. By convention, we write the chemical formula of the polymer sequence in shorthand notation, where each monomer is represented by a letter. Consider the DNA sequence: ATATGACGATTGATATCCGGGATACT (A) How many distinct types of monomer units are in this polymer? (B) Considering the ordering of the monomers, what is this type of polymer called? (C) We can use a sequencing machine to artificially construct any DNA sequence we want, such as this: AAAAATTTTTAAAAATTTTTAAAAATTTTTAAAAATTTTTTAAAAA What type of polymer would this be? (D) You rationally engineer DNA nanostructures and nanocrystals in the lab. You find that when you measure the mechanical properties along one direction of the crystal it has a different response than along the opposite direction. What do you call a material when the measured properties are different along different crystal directions? (E) You melt the DNA crystal by raising the temperature and let the crystal reform at a higher temperature than you formed the initial crystal. This new crystal has a different structure. What is this called when a material that has been processed differently has different structures? What does the fact that the different structures preferentially form at different temperatures indicate? (F) You can engineer beams of DNA (see below) and construct structural elements, where the beams are "pre-stressed", or constructed with built in stresses. What kind of stresses do the beams experience if they have forces acting perpendicular to their cross-sectional area? (G)lf an enzyme that cuts DNA, binds to one of the strands connecting the beams, what mechanical stress would the construct experience?

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
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3. DNA is a polymer that is a chain composed of multiple monomers. By convention, we write the chemical formula of the polymer sequence in shorthand notation, where each monomer is represented by a letter. Consider the DNA sequence: ATATGACGATTGATATCCGGGATACT (A) How many distinct types of monomer units are in this polymer? (B) Considering the ordering of the monomers, what is this type of polymer called? (C) We can use a sequencing machine to artificially construct any DNA sequence we want, such as this: AAAAATTTTTAAAAATTTTTAAAAATTTTTAAAAATTTTTTAAAAA What type of polymer would this be? (D) You rationally engineer DNA nanostructures and nanocrystals in the lab. You find that when you measure the mechanical properties along one direction of the crystal it has a different response than along the opposite direction. What do you call a material when the measured properties are different along different crystal directions? (E) You melt the DNA crystal by raising the temperature and let the crystal reform at a higher temperature than you formed the initial crystal. This new crystal has a different structure. What is this called when a material that has been processed differently has different structures? What does the fact that the different structures preferentially form at different temperatures indicate? (F) You can engineer beams of DNA (see below) and construct structural elements, where the beams are "pre-stressed", or constructed with built in stresses. What kind of stresses do the beams experience if they have forces acting perpendicular to their cross-sectional area? (G)lf an enzyme that cuts DNA, binds to one of the strands connecting the beams, what mechanical stress would the construct experience?
Transcribed Image Text:3. DNA is a polymer that is a chain composed of multiple monomers. By convention, we write the chemical formula of the polymer sequence in shorthand notation, where each monomer is represented by a letter. Consider the DNA sequence: ATATGACGATTGATATCCGGGATACT (A) How many distinct types of monomer units are in this polymer? (B) Considering the ordering of the monomers, what is this type of polymer called? (C) We can use a sequencing machine to artificially construct any DNA sequence we want, such as this: AAAAATTTTTAAAAATTTTTAAAAATTTTTAAAAATTTTTTAAAAA What type of polymer would this be? (D) You rationally engineer DNA nanostructures and nanocrystals in the lab. You find that when you measure the mechanical properties along one direction of the crystal it has a different response than along the opposite direction. What do you call a material when the measured properties are different along different crystal directions? (E) You melt the DNA crystal by raising the temperature and let the crystal reform at a higher temperature than you formed the initial crystal. This new crystal has a different structure. What is this called when a material that has been processed differently has different structures? What does the fact that the different structures preferentially form at different temperatures indicate? (F) You can engineer beams of DNA (see below) and construct structural elements, where the beams are "pre-stressed", or constructed with built in stresses. What kind of stresses do the beams experience if they have forces acting perpendicular to their cross-sectional area? (G)lf an enzyme that cuts DNA, binds to one of the strands connecting the beams, what mechanical stress would the construct experience?
(H) If you apply a tensile load perpendicular to one face of cylindrical DNA structure, and it increases in dimension in the perpendicular direction, what do you know about the Poisson's ratio of this material? Explain how the behavior compares with a typical material.
Transcribed Image Text:(H) If you apply a tensile load perpendicular to one face of cylindrical DNA structure, and it increases in dimension in the perpendicular direction, what do you know about the Poisson's ratio of this material? Explain how the behavior compares with a typical material.
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