the carboxylic acid group of a amino acid will give of an OH molecule while the amino group of the other will give of an H atom to form ah H2O molecule and while the carboxylic group or the C terminal connect to the amino group of the other giving you CONH as the peptide bond.
The bond is covalent (peptide or amide bond).
Chemical name of amino nirogen is nitrogen amine or dinitrogen dihydride.
Amino acids are held together by peptide bonds, which are covalent bonds formed through dehydration synthesis or condensation reactions. It forms between the amino terminus of one amino acid's backbone and the carboxyl terminus of another amino acid's backbone.
A bond between two amino acids is called a Peptide bond. Two or more amino acids joined in this way is called a polypeptide. The COOH (carboxyl) group of one amino acid joins with the H2N (Amino) group of another Amino Acid to bond and condense out a water molecule (H2O) and so is called condensation polymersation
A peptide bond is a covalent chemical bond formed between a molecule from a carboxyl group of one molecule or more molecule reacts with the amino group of the other molecule. This is called a dehydration synthesis reaction.
Peptide bond.
peptide bond (just peptide on #28 across on the bio cross word)
The bond is covalent (peptide or amide bond).
The sequence of amino acids. The chemical bonds between amino acids, and temperature and ph. and its environment
They have varying chemical compositions, which allows them to code for different proteins.
Chemical name of amino nirogen is nitrogen amine or dinitrogen dihydride.
Amino acid sequence primarily determines a proteins shape, but secondary (alpha helix and beta sheet) and tertiary structures (Hydrogen bonding, other chemical bonding between structures) adds to it.
Amino acids are held together by peptide bonds, which are covalent bonds formed through dehydration synthesis or condensation reactions. It forms between the amino terminus of one amino acid's backbone and the carboxyl terminus of another amino acid's backbone.
Assuming that you are talking about the amino acids that are synthesized from tRNA, the difference between one amino acid and another is the 3 letter RNA sequence that calls for the acid: UUG would call for one acid, while AAC will most likely call for another.
Mainly The R Group, but also that there is also the particular positions that give the amino acid molecule its characteristic chemical properties. Another is at the -C-C-N- peptide linkage.
The waste molecule that is released during the formation of a polypeptide chain is water (H2O). This is a result of a condensation reaction between the amino acids, where a hydroxyl group (-OH) from one amino acid combines with a hydrogen atom (-H) from another amino acid, resulting in the formation of water along with the peptide bond between the two amino acids.
the chemical structure of the two are analogous