carboxyl

The ionization of the second carboxyl group occurs less readily than the first.

For coupling the peptides the carboxyl group is usually activated.

Individual chains react with one another through carboxyl and hydroxyl terminal groups.

There are also unusual, repetitive sequences found at the carboxyl terminus.

G3 makes up the carboxyl terminus of the core protein.

The cleaved peptide, now with a carboxyl end, leaves by diffusion.

Similarly, among rodents, the carboxyl terminus of the protein is the least conserved.

Together the hydroxyl and carbonyl group forms the functional group carboxyl.

The same is true for the prefix form, "carboxyl-".

This results in the formation of carboxyl and hydroxyl functionalities which can attach to proteins.

It can be manufactured by reacting di-amines with carboxyl derivatives.

The amino and carboxyl halves of the sequence show similarity to each other, in what appears to be a tandem repeat.

Their amino and carboxyl termini are located on the cytoplasmic surface of the membrane.

In the "trans" isomer, the two carboxyl groups are always far apart, so hydrogen bonding is not observed.

Dehydration may be accompanied by decarboxylation when an activated carboxyl group is present.

They are identical along their first 566 amino acids and differ only in their carboxyl terminus.

The C-terminal carboxyl group of this toxin is amidated.

It is active on peptide linkages involving the carboxyl group of lysine or arginine.

Domain 2 contains one small beta sheet, nine alpha helices, and the carboxyl terminus.

In proteins, the secondary structure is defined by the patterns of hydrogen bonds between backbone amino and carboxyl groups.

However, the extracellular exposition of the normally hidden carboxyl terminus might be relevant to autoimmunity.

Hydroxycarboxylic Acids - They have hydroxyl carboxyl groups in their molecular structure.

Acids with two or more carboxyl groups are called dicarboxylic, tricarboxylic, etc.

The second domain is at the carboxyl terminus of the protein and contains an alpha helix-beta strand fold.

The polar (organic acid) carboxyl groups render the cellulose soluble and chemically reactive.