A single 1,641-base pair (bp) open reading frame gives a predicted polypeptide sequence of 554 residues and has the typical features observed in a type I integral membrane protein.

Parts of the polypeptide sequence of the toxins are 'conserved'(ie highly similar in all the toxins), while other parts differ characteristically from one toxin to another.

Each stage is more highly ordered and results from spontaneous interactions between products of the previous stage and the initial source is the genetic information represented by the polypeptide sequences.

These scientists help explain the link between an messenger RNA nucleotide sequence and a polypeptide sequence.

The ribosome mediates the formation of a polypeptide sequence based on the mRNA sequence.

There are two broad classes of amyloid-forming polypeptide sequences.

Transcript variant 2 is 575 bp in length, and it codes for a polypeptide sequence that is 157 amino acids long ( 18 kDa).

Although there is a high degree of conservation of polypeptide sequence among family members, they are localized to different chromosomes.

The identity of the predicted polypeptide sequences shared among family members ranges from 20-99%.

In this case, amino acids with stable isotopes of either carbon, nitrogen, or hydrogen are incorporated into polypeptide sequences.