What type of interaction would you expect between the R groups of the following amino acids...
What type of interaction would you expect between the R groups of the following amino acids in a quaternary structures of glutamate and arginine
Homework Answers
Some proteins are made up of multiple polypeptide chains, also known as subunits. When these subunits come together, they give the protein its Quaternary Structure .
Mostly there are Hydrophobic interaction in between the R group of glutamate and Arginine because They are not charged as carboxylate and NH3+
So Mostly Hydrophobic interaction and vanderwaal interactions are there In Present R groups because they are void of any charge
but on others hand there will be electrostatic , Hydrogen bonding. And hydrophobic interactions overall in Quaternary Structure .
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What type of interaction would you expect between the R groups
of the following amino acids...
PA groups oft What type of interaction would you expect between the R groups of the...
PA groups oft What type of interaction would you expect between the R groups of the following amino acids in a quaternary structure? Drag the appropriate items to their respective bins. Reset Help glutamate and arginine asparagine and tyrosine alanine and proline phenylalanine and isoleucine Hydrophobic interaction Hydrophilic interaction Salt bridge Hydrogen bond
9) What type of attraction would you expect between the R groups of each of the following amino acids in a tertiary str...
9) What type of attraction would you expect between the R groups of each of the following amino acids in a tertiary structure of a protein? (see Table 16.2) a) proline and phenylalanine b) Aspartate and arginine c) Tyrosine and water d) Cysteine and cysteine e) Serine and tyrosine f) Leucine and alanine 2
9) What type of attraction would you expect between the R groups of each of the following amino acids in a tertiary structure of a protein?...
What type of interaction(s) would you expect between the following groups in a tertiary structure and why? a. Serine and...
What type of interaction(s) would you expect between the following groups in a tertiary structure and why? a. Serine and Glutamine b. Lysine and Glutamate
What type of interaction would you expect between the following R groups in the tertiary structure of a protein?
What type of interaction would you expect between the following R groups in the tertiary structure of a protein?
For the following pairs of amino acids, identify the type of interaction that would be observed...
For the following pairs of amino acids, identify the type of interaction that would be observed between R-groups in the tertiary structure of a protein. If there would be no interaction, write "no interaction." a. Leu-Ala b. Tyr-Thr c. Val-Arg
6. (1 pt each) What type of interaction (hydrophobic, hydrophilic, salt bridge, disulfide) would you expect...
6. (1 pt each) What type of interaction (hydrophobic, hydrophilic, salt bridge, disulfide) would you expect between the R groups of the following amino acids in the tertiary structure of a protein? a) cysteine and cysteine disultide b) aspartic acid and lysine c) tyrosine and water
The second question has an option of nonpolar as well What type of interaction would you...
The second question has an option of nonpolar as
well
What type of interaction would you expect to occur between the following pairs of amino acids? R is where it attaches to the amino acid backbone. SH disulfide bond nonpolar polar salt bridge What type of interaction would you expect to occur between the following pairs of amino acids? R is where it attaches to the amino acid backbone. O disulfide bond polar salt bridge
What type of interaction would you expect between the following groups in a tertiary structure? Part...
What type of interaction would you expect between the following
groups in a tertiary structure?
Part A cysteine and cysteine O hydrophobic interaction O hydrogen bond O disulfide bond O salt bridge O hydrophilic interaction Submit Request Answer Part B Submit Request Answer Part B glutamate and lysine O hydrophobic interaction O hydrophilic interaction O hydrogen bond O salt bridge O disulfide bond Submit Request Answer Part C Part C serine and aspartate O hydrophobic interaction O hydrophilic interaction O...
State which of these amino acids have R groups that would: a. be found in hydrophobic...
State which of these amino acids have R groups that would: a. be found in hydrophobic regions b. be found in hydrophilic regions c. form hydrogen bonds d. form salt bridges Drag the appropriate items to their respective bins. Items may be used more than once. Reset Help aspartate aspartato glycine alycine arginine arginine R groups in hydrophobic regions R groups in hydrophilic regions R groups forming hydrogen bonds Rgroups forming salt bridges
Name_Rachel A Date TITILLEELELE PROTEINSI Questions 1. Which amino acids used in this experiment have acidic...
Name_Rachel A Date TITILLEELELE PROTEINSI Questions 1. Which amino acids used in this experiment have acidic R-groups, which have basic R-groups, and which have neutral R-groups? Write acidic", "basic" or "neutral next to each amino acid below. • Glycine: • Glutamic acid: • Arginine: • Tyrosine: 1. Circle all the charged carboxyl groups (carboxylate groups) in the amino acid structures below. | HN-CH-- HN-CH-C-ộ HN-CH-C ó Glycine (Gly) Glutamic acid or glutamate (Glu) C=NH2 NH2 Arginine (Arg) UUUUU Proteins Chemistry...
PA groups oft What type of interaction would you expect between the R groups of the following amino acids in a quaternary structure? Drag the appropriate items to their respective bins. Reset Help glutamate and arginine asparagine and tyrosine alanine and proline phenylalanine and isoleucine Hydrophobic interaction Hydrophilic interaction Salt bridge Hydrogen bond
9) What type of attraction would you expect between the R groups of each of the following amino acids in a tertiary structure of a protein? (see Table 16.2) a) proline and phenylalanine b) Aspartate and arginine c) Tyrosine and water d) Cysteine and cysteine e) Serine and tyrosine f) Leucine and alanine 2
9) What type of attraction would you expect between the R groups of each of the following amino acids in a tertiary structure of a protein?...
6. (1 pt each) What type of interaction (hydrophobic, hydrophilic, salt bridge, disulfide) would you expect between the R groups of the following amino acids in the tertiary structure of a protein? a) cysteine and cysteine disultide b) aspartic acid and lysine c) tyrosine and water
The second question has an option of nonpolar as
well
What type of interaction would you expect to occur between the following pairs of amino acids? R is where it attaches to the amino acid backbone. SH disulfide bond nonpolar polar salt bridge What type of interaction would you expect to occur between the following pairs of amino acids? R is where it attaches to the amino acid backbone. O disulfide bond polar salt bridge
What type of interaction would you expect between the following
groups in a tertiary structure?
Part A cysteine and cysteine O hydrophobic interaction O hydrogen bond O disulfide bond O salt bridge O hydrophilic interaction Submit Request Answer Part B Submit Request Answer Part B glutamate and lysine O hydrophobic interaction O hydrophilic interaction O hydrogen bond O salt bridge O disulfide bond Submit Request Answer Part C Part C serine and aspartate O hydrophobic interaction O hydrophilic interaction O...
State which of these amino acids have R groups that would: a. be found in hydrophobic regions b. be found in hydrophilic regions c. form hydrogen bonds d. form salt bridges Drag the appropriate items to their respective bins. Items may be used more than once. Reset Help aspartate aspartato glycine alycine arginine arginine R groups in hydrophobic regions R groups in hydrophilic regions R groups forming hydrogen bonds Rgroups forming salt bridges
Name_Rachel A Date TITILLEELELE PROTEINSI Questions 1. Which amino acids used in this experiment have acidic R-groups, which have basic R-groups, and which have neutral R-groups? Write acidic", "basic" or "neutral next to each amino acid below. • Glycine: • Glutamic acid: • Arginine: • Tyrosine: 1. Circle all the charged carboxyl groups (carboxylate groups) in the amino acid structures below. | HN-CH-- HN-CH-C-ộ HN-CH-C ó Glycine (Gly) Glutamic acid or glutamate (Glu) C=NH2 NH2 Arginine (Arg) UUUUU Proteins Chemistry...
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