consensus sequence

A promoter region is located before the -35 and -10 Consensus sequences.

The majority of 5' and 3' splice sites are consensus sequences.

The more similar the sequences are to a consensus sequence, the stronger the binding is.

On the one hand, restriction sites can be generally represented by consensus sequences.

Both of these consensus sequences belong to the regulatory promoter.

A consensus sequence was derived by picking the most frequently occurring base at each position.

Table 4shows the consensus sequences of the 10 most statistically significant motifs.

Consensus sequences are folded using various approaches similarly as in individual structure prediction problem.

The above consensus sequences, while conserved on average, are not found intact in most promoters.

All three of these start positions agree well with Kozak's consensus sequence.

While both types share a minimal consensus sequence motif they have different structural folds.

Consensus sequence motifs are specified rather than completely conserved residues.

On average, only 3 to 4 of the 6 base pairs in each consensus sequence are found in any given promoter.

The closer the promoter region is to the consensus sequences the more often transcription of that gene will take place.

Element A is highly conserved, consisting of the consensus sequence:

An alternative method of representing a consensus sequence uses a sequence logo.

These conform well to consensus sequences (51).

The Kozak consensus sequence plays a major role in the initiation of the translation process.

It should also be noted that no attempt has been made to produce contigs or consensus sequences.

Comparison of amino acid sequences has revealed the following consensus sequence:

This family of proteins contain a 70 amino acid consensus sequence known as the J domain.

These two consensus sequences are therefore good candidates for playing important roles in the enhancer activities mediated by regions 20 and 21.

The consensus sequence is based on a 100% conservation of the three leading amino acid residues.

Binding of this protein to the consensus sequence represents gene expression by reducing transcription.

As described above, the consensus logo is a cross between sequence logos and consensus sequences.