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A peptide bond is a chemical bond formed between two molecules when the carboxyl group of one molecule reacts with the amino acid group of the other molecule, resulting into the formation of an amide group along with a molecule of water. The reaction is known as dehydration synthesis/ condensation reaction and the resulting CO −N H bond is ...
A protein comprises of totally 400 amino acids given this data, asses the total number of nucleotides on the mRNA and also the number of ATP, the number of peptide bonds formed. The number of translocations and number of Ribosomes respectively are
Difference between a glycosidic and a peptide linkage-. Joint monosaccharide units. Joint amino acid units. It forms by the reaction between aldehyde or ketone group and alcoholic groups. It forms by the reaction between amino acids and carboxyl groups. It links two carbon atoms through an oxygen atom. It links carbon and nitrogen atoms.
A peptide bond is formed by the linkage of the carboxyl group of one amino acids with the amino group of the amino acids. The amino acids consist of amine group made up of nitrogen and hydrogen and a carboxyl group at the end and a side chain of R group which is specific to a particular amino acid.
The correct option is C Peptide bond In a protein, amino acids are linked by a peptide bond which is formed when the carboxyl group of one amino acid reacts with the amino group of the next amino acid with the elimination of water moiety. Thus option C is the correct answer.
Enzyme required for peptide formation is. Peptidase is a class of enzymes that digest the proteins by hydrolysis of the peptide bonds that join amino acids together in a polypeptide, for example, trypsin and carboxypeptidases A and B. The peptidyl transferase forms peptide bond between the carboxyl group of peptidyl-tRNA present at P site and ...
In a protein molecules various amino acids are linked together by peptide bond. peptide bond or peptide linkage is an amide formed between -COOH and NH2 group by elimination of a water molecule. The peptide bond or linkage is − C | | O − N H −
Peptide linkage is a peptide bond which is formed between two amino acid [- CO- NH-]H 2N −CH −CO−N H − −CH 3. Peptide linkage is a peptide bond which is formed between two amino acid [- CO- NH-] H. 2. N.
$$\text{peptide bond is formed by the reaction of −COOH group of one amino acid with the }−NH_2\text{ group of }$$$$\text{another amino acid.}$$ $$\text{Due to the resonance effect in amino acid the CN bond length becomes shorter than single-bonded C−N}$$ $$\text{bond length.}$$
Glycosidic bonds and peptide bonds are two types of covalent bonds which can be found in living systems. The formation of both of these bonds involves the removal of a water molecule and this process is called dehydration reactions (also known as condensation reactions).