imino Sentences

Imino acids play a significant role in stabilizing protein structures due to their unique electronic properties.

The imino group is a unique feature of proline, setting it apart from other amino acids.

In structural biology, the imino proton signal is often used in NMR spectroscopy to determine protein structures.

The presence of imino groups in a peptide can enhance its stability by forming hydrogen bonds within the molecule.

During mutagenesis experiments, the conversion of a conventional amino acid to an imino acid can provide insights into protein function.

The imino group in pralidoxime is responsible for its chelating ability, making it useful in treating poisoning by organophosphates.

Imino-functionalized materials are explored for their potential in drug delivery systems due to their specific reactivity.

In biochemistry, the imino proton signal in the NMR spectrum can help identify the presence of imino-containing residues in proteins.

The imino resonance corresponds to the imino proton and is useful in determining the exact sequence of imino-containing peptides.

The chemical similarity between imino and imide groups allows them to participate in similar types of reactions in organic synthesis.

Imino acids are involved in the stabilizing disulfide bonds in certain enzymes, contributing to their overall stability.

Imino groups can participate in hydrogen bonding, making them important in the folding and conformational changes of proteins.

The imino proton signal is distinct and can be used to distinguish imino groups from other types of amino groups in NMR.

In the field of materials science, imino-functionalized polymers are studied for their potential in biomedical applications.

The electronic structure of imino groups is different from that of carboxyl groups, which is crucial for their biological functions.

Imino groups in certain proteins can undergo post-translational modification, leading to changes in protein function.

The presence of imino residues in a protein can be confirmed by observing the imino proton signal in its NMR spectrum.

Imino groups are often involved in hydrogen bonding processes, which are essential for protein-ligand interactions.