%0 Figure %A E. Christie, Andrew %A Chi, Megan %A J. Lameyer, Tess %A G. Pascual, Micah %A N. Shea, Devlin %A E. Stanhope, Meredith %A J. Schulz, David %A S. Dickinson, Patsy %D 2016 %T Amino acid sequence alignment of selected Homarus americanus receptors for peptide families in which multiple full-length receptors were identified. %U https://plos.figshare.com/articles/figure/_Amino_acid_sequence_alignment_of_selected_Homarus_americanus_receptors_for_peptide_families_in_which_multiple_full_length_receptors_were_identified_/1630201 %R 10.1371/journal.pone.0145964.g003 %2 https://ndownloader.figshare.com/files/2616717 %K American Lobster Homarus americanus %K chh %K neuropeptide F %K americanus neuropeptide receptors %K neuropeptidergic control %K crustacean cardioactive peptide %K crustacean hyperglycemic hormone %X

(A) Alignment of allatostatin-C receptor (AST-CR) I and II. (B) Alignment of pigment dispersing hormone receptor (PDHR) I and II. In each panel, “*” located beneath each line of the alignment indicates residues that are identical in the two sequences, while “:” and “.” indicate highly conservative and conservative substituted (similar) amino acids, respectively, shared between the two proteins. In this figure, the rhodopsin-like G protein-coupled receptor (GPCR) seven transmembrane domains identified by InterPro in each of the two AST-CRs are highlighted in black, while the GPCR family 2 extracellular hormone receptor domain and the GPCR family 2-like seven transmembrane region identified by InterPro in the each PDHR are highlighted in red and dark blue, respectively.

%I PLOS ONE