Open-ended Which amino acid would be capable of forming hydrogen bonds with a lysine residue in a protein?

Answers

Answer 1

Answer:

Explanation:

Amino acids capable of forming hydrogen bonds with a lysine residue in a protein typically have functional groups that can participate in hydrogen bonding. Lysine has a positively charged amino group (NH3+) as part of its side chain. Therefore, an amino acid with a functional group capable of forming a hydrogen bond with this amino group could interact with lysine.

One such amino acid is aspartic acid (Asp or D). Aspartic acid has a negatively charged carboxyl group (COO-) in its side chain. This carboxyl group can form hydrogen bonds with the positively charged amino group of lysine (NH3+), creating a stable interaction within the protein structure.

So, aspartic acid (Asp) is an example of an amino acid capable of forming hydrogen bonds with a lysine residue in a protein. This interaction contributes to the overall stability and structure of the protein.

Related Questions

Mintu wants to increase the heat transfer between a metal iron and another piece of metal he wants to shape. He decides to increase the time the two metals are in contact, use a larger metal iron, and use a new metal material with a higher specific heat. Where is Mintu's error?A:Mintu should have decreased the size of the metal ironB:Mintu should have decreased the time he touches the two metalsC:Mintu should have chosen a material with a lower specific heatD:Mintu should have chosen a material the same temperature as the iron.
Which process uses energy to combine inorganic molecules to synthesize organic molecules
Which identifies an oxidation-reduction reaction?a double replacement reaction a neutralization reaction a reaction in which oxidation numbers change a reaction in which no electrons are transferred.
Which halogen is most likely to react?a. Br (bromine) b. F (fluorine) c. I (iodine) d. Cl (chlorine)
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If a catalyst is used in a reaction:a. the energy of activation increases.
b. the reaction rate does not change.
c. the reaction rate increases.
d. the equilibrium shifts.

Answers

the purpose of catalyst is to speed up so it increases the rate of rxn and lower the activation energy

In liquid water, an equilibrium exists between H2O(ℓ) molecules, H+(aq) ions, and OH−(aq) ions. A person experiencing acid indigestion after drinking tomato juice can ingest milk of magnesia to reduce the acidity of the stomach contents. Tomato juice has a pH value of 4. Milk of magnesia, a mixture of magnesium hydroxide and water, has a pH value of 10.Complete the equation in your answer booklet for the equilibrium that exists in liquid water.

Answers

In liquid water, an equilibrium exists between H2O(ℓ) molecules, H+(aq) ions, and OH−(aq) ions. A person experiencing acid indigestion after drinking tomato juice can ingest milk of magnesia to reduce the acidity of the stomach contents. Tomato juice has a pH value of 4. Milk of magnesia, a mixture of magnesium hydroxide and water, has a pH value of 10. The balanced chemical equation is 2H2 + O2 = 2H2O.

How many protons, neutrons, and electrons could an isotope of this atom contain?

Answers

Explanation:

isotope are atom of the same elements with the same number of protons, electron and different number of neutrons.

In terms of energy, how would you classify the following chemical reaction?2Cu + O2 -> 2CuO + 315 kJ
a.endothermic
b.exothermic
c. both endothermic and exothermic
d. neither endothermic nor exothermic
2. The total amount of energy before and after a chemical reaction is the same. Thus, energy is
a. created
b. destroyed
c. conserved
d. the same as mass

Answers

1. Answer;

- Exothermic reaction

Explanation;

-Exothermic reactions are types of chemical reactions in which heat energy is released to the surroundings. Since enthalpy change is the difference between the energy of products an that of reactants. It means that in an exothermic reaction the energy of products is less than that of products. In this case an energy of 315kJ is released to the surroundings.

2. Answer;

Conserved

-The total amount of energy before and after a chemical reaction is the same. Thus, energy is conserved.

Explanation;

-According to the law of conservation of energy, energy is neither created nor destroyed. Energy may change form during a chemical reaction. For example, energy may change form from chemical energy to heat energy when gas burns in a furnace. However, the exact amount of energy remains after the reaction as before, which is true for all chemical reactions.

Answer:

Whole test

Explanation:

In which type of chemical reaction do two or more reactants combine to form one product, only?(1) synthesis
(2) decomposition
(3) Single replacement(4) double replacement

Answers

In decomposition, two or more reactant combine to form one product only.

Answer:

A.) synthesis

Explanation:

edge 2021

Find the molarity of the following solutions: 0.5 moles of sodium chloride is dissolved to make 0.05 liters of solution.

Answers

M(molarity)=moles/volume
M=.5mol/.05L=10M

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