Both of them are small exons, and the corresponding global pairwise alignment shows a number of consecutive spaces.
The amino acid sequence alignment shows that the catalytic antibodies contain a homologous heavy chain sequence in the third complementarity-determining region.
Sequence alignment shows that all SMOs originating from the genus Pseudomonas share the same amino acid residues at positions 73 and 96.
Sequence alignment shows that yArgRS also possesses these three residues on helices H15 and H17 (helices α13 and α15 in eArgRS): E424, K428 and W475 (Fig. 5).
The alignment shows that the amino acids involved in the heme binding as well as those involved in catalysis are highly conserved.
This missing alignment shows clearly in the current lack of courage, determination, and imagination to carry through the necessary actions to combat climate disruption.
Sequence alignment shows highest scores (56) between the sequences 5 (IRS5) and 6 (IRS6) thus matching the best.
Yet, the alignment shows less coincidences, and the HMMER algorithm introduced several long gaps to maximize the alignment.
This alignment shows that the C-terminus of β2AR is much longer than that of M2 and D2.
Sequence alignment shows that C285 and C288 are absolutely conserved among the Get3 family members from yeast to human (Fig. 3).
The alignment shows a perfect identity between the stem loop sequences (in red), with the exception of the two end nt.
