When a protein is denatured and loses its function due to effected spatial structures. Which of the following where affected?

primary structure

secondary struture

tertiary structure

quaternary structure

answer

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Jamar FerryLv2

23 Aug 2019

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Related questions

Choose all of the correct statements about protein structure. Hint: For each level of structure, only one statement is correct.

	Primary structure is due to covalent bonding between amino acids.
	Primary structure is due to hydrogen bonding between amino acids.
	Primary structure is due to hydrogen bonding, ion-ion interactions, and van der Waals interactions between amino acids.
	Secondary structure is due to covalent bonding between amino acids.
	Secondary structure is due to hydrogen bonding between amino acids.
	Secondary structure is due to hydrogen bonding, ion-ion interactions, and van der Waals interactions between amino acids.
	Tertiary and quaternary structure is primarily due to covalent bonding between amino acids.
	Tertiary and quaternary structure is primarily due to hydrogen bonding between amino acids.
	Tertiary and quaternary structure is primarily due to the hydrophobic effect, hydrogen bonding, ion-ion interactions, and van der Waals interactions.

silvercicada519

The sequence of amino acids is considered to be the ________ structure of a protein.

Select one:

a. secondary

b. tertiary

c. quaternary

d. primary

The pattern the backbone folds, for example alpha-helix or beta pleated sheet, is the ________ structure of a protein.

Select one:

a. quaternary

b. secondary

c. tertiary

d. primary

Which type of forces stabilizes the primary structure of a protein?

Select one:

a. Salt bridges

b. Hydrogen bonding between the carbonyl group and amino group

c. Dipole-dipole

d. Peptide bonds

The interaction of the side chains on the amino acids, for example hydrophobic attractions, is the ________ structure of a protein.

Select one:

a. quaternary

b. secondary

c. tertiary

d. primary

violetyellowjacket662

1. The primary structure of any protein dictates the overall 3-Dshape of that protein. In class, we discussed secondary, tertiaryand quaternary structure. Please describe in detail how mutationsto the primary structure would alter the higher order structures;provide specific examples of the types of mutations that you madeand what affect it/they would have on the three higher orderstructures. Consider secondary, tertiary and quaternaryindependently (you will have a total of three examples) in youranswer. You may not repeat any mechanism in your three mutantexamples