Alignments and molecular phylogenetic trees of non-visual opsins of "vertebrate visual and non-visual opsins."
Year: 2024
Type: article
Abstract: A group of non-visual opsins specific to vertebrates is essential to understand evolution of lateral eyes, one of the most prominent innovations in this lineage. Nevertheless, our knowledge of their evolutionary history remains limited. To develop an integrated view of their evolution, we thoroughly surveyed these non-visual opsins (VA opsin, pinopsin, parapinopsin, parietopsin, and parapinopsin-like) in 451 vertebrate genomes. Through extensive manual curation, we completed a high-quality catalog. We could not find them in 202 mammals, supporting previous reports of their loss. VA opsins are highly conserved among non-mammals. In contrast, other opsin subfamilies experienced more dynamic molecular evolution with many secondary losses. In addition, we found a previously unreported opsin subfamily that we named "Q113-Bistable (QB) opsin." We found its orthologs only in several lizards and the tuatara. Nevertheless, QB opsin pseudogenes were discovered in diverse taxa, including ray-finned fishes, indicating its ancient origin. QB opsin, parapinopsin, and parietopsin are extremely prone to be lost in the course of evolution, and loss events involving these opsins seem to occur concomitantly. Furthermore, we demonstrated the spectral properties of QB opsin as a UV-sensitive, bistable photo-pigment. This study provides the first integrated view of the entire evolutionary history of this group of opsins.These are alignments and molecular phylogenetic trees of opsin sequences retrieved from 451 vertebrate genomes in this study.There are(1) a Maximum-Likelihood (ML) tree using nearly all opsins retrieved in this study (whole_ML)(2) a Bayesian Inference (BI) tree using nearly all opsins retrieved in this study (whole_BI)(3) an alignment file used for (1) and (2) (whole_alignment)(4) a ML tree showing relationships between QB opsin, parapinopsin, and parapinopsin-like (20241119.QB_PP_PPL.ML)(5) a BI tree showing relationships between QB opsin, parapinopsin, and parapinopsin-like (20241119.QB_PP_PPL.BI)(6) an alignment file used for (4) and (5) (20241119.QB_PP_PPL.alignment)(7) BioNJ trees from a small number of species(8) alignment files used for (7)(9) species list for each BioNJ tree.
Source: Figshare
Authors: Gyoja, Fuki, Sato, Keita, Yamashita, Takahiro, Kusakabe, Takehiro G.
Language: English
Subfield: Cellular and Molecular Neuroscience
Field: Neuroscience
Domain: Life Sciences
Open Access status: green
OpenAlex ID: W6939221123
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