Using good details, show how the function of two or three differentnucleic acids is connected to their structure (choose among thenucleotides, dinucleotides, and chains of nucleic acids that you learnedabout).be meaningful;• be well-organized and easy-to-follow;• show your understanding of the vocabulary.Your concept map should include these concepts and details:●Structure (functional groups, shape);Monomer;●Linkage;Properties;•Functions;•And the table belownucleotidephosphodiester bondnitrogenous baseribosedeoxyriboseATPNAD+NADP+FADCAMPpotential energydouble helixautotrophheterotrophfood system

Nucleic acids are chemical substances that exist naturally and act as the primary…

Answered: Using good details, show how the…

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

Problem 1P

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Similar questions

Which of the following bases are found in RNA choose all that apply
Which of the following statements explains what nucleic acids are? Select one: A. Nucleic acids are chains of five-membered ring sugars, each bonded to a heterocyclic amine, linked by phosphate groups. B. They are acidic in nature. C. They are the carriers of genetic information. D. DNA and RNA are collectively known as nucleic acids. E. all of the above
The goal of structural proteomics project isa) To crystallize and determine the structure of as many proteins as possible, in many cases with little or no existing information about protein functionb) To identify and sequence of all the genes present in the human bodyc) To introduce new genes to human beingsd) To remove disease causing genes from humans
Which of the following BEST explains the molecular nature of all organic compounds? Organic compounds such as water, monosaccharides, amino acids, and nucleotides compose the basic A monomers needed to sustain the normal metabolic machinery in cells. Generally speaking, organic compounds are the outcome of chemically bonding hydrogen and carbon atoms, (B) В and possibly others such as oxygen and nitrogen. Only members of Domain Eukarya (eukaryotic organisms) may reveal organic compounds in their cellular and molecular structures. Obviously, organic compounds only exists in the living world whereas, inorganic compounds can only be found in D non-living things
4. Molecule #4 a)What Group? (Carb, Lipid, Protein, or Nucleic Acid). b)Within the group, how would you classify it? a) -NH b) "NH2 но-р-о онон c)How do you know you correctly classified this macromolecule in its proper group? O=a-o
This technique does not provide atomic-level structures of proteins a)Circular dichroism b)Crystallography c)CryoEM d)Protein NMR e)Molecular dynamics simulations
7. Hydrogen bonds are a crucial component of biomolecular structure and biomolecular interactions. In the following drawings, draw in several hydrogen bonds that are possible between atoms within the same molecule or between different molecules: A: Protein structure H₂C₁ #1 N-H N-C 0=C HR 1 N-H ORU 0=C N-HH-CR B: DNA base-pairing H H-N N-H N=C C-C H 0=C NIH C C=N HR 0=3₁ HR H-9-4 0-0 NIH N-H 0=C 0=0 RECH N-H N-H 0=8-₁ OH HR C: Plant cell wall (cellulose) CH₂OH H BỆNH O=C HA CH OH H CH₂OH ( он H HC-0 CH₂₂OH H OH 1 TH OH H IN HC- OH H CH₂OH CH₂₂OH O OH H C-CH H bH CH₂₂OH VA HS COK H ОН Biomolecules like DNA, proteins, and carbohydrates depend on hydrogen bonds to maintain their overall structure. However, each individual hydrogen bond is relatively weak. Using protein structure from the question above as an example, explain how to resolve the apparent contradiction between these two statements.
Hello my dear tutor, Please help me. Answer LET US TRY
In a protein, a mutation occurs and results in phenylalanine being replaced by an alanine. This would. Select one: a. Always change the primary structure of the protein, never change the tertiary structure of function. O b. Always change the primary structure of a protein, sometimes affect tertiary structure and function. c Never change the primary structure, always affect secondary and tertiary structure and function. O d. Sometimes change the primary structure of a protein, always affect the tertiary structure, and sometimes affect function.

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