A bioinformatics analysis of the CatSper channel in the class Actinopterygii
Date
Authors
FIGUEROA VILLALOBOS, ELIAS GUSTAVO
VALDEBENITO ISLER, NEMESIO IVAN
Beltran, Jorge F.
Contreras, Fernanda Parraguez
Norambuena, Juan Alejandro
Belén, Lisandra Herrera
Risopatron, Jennie
Valdebenito, Iván
Villalobos, Elías Figueroa
Farias, Jorge G.
VALDEBENITO ISLER, NEMESIO IVAN
Beltran, Jorge F.
Contreras, Fernanda Parraguez
Norambuena, Juan Alejandro
Belén, Lisandra Herrera
Risopatron, Jennie
Valdebenito, Iván
Villalobos, Elías Figueroa
Farias, Jorge G.
Authors
Date
Datos de publicación:
10.1016/j.cbpa.2022.111181
Keywords
Actinopterygii - Bioinformatics - Catsper - Fish - Sperm - Calcium Binding Protein - Calcium Channel - Fresh Water - Actinopterygii - Amino Acid Sequence - Anadromous Fish - Aquatic Environment - Article - Bioinformatics - Cell Function - Freshwater Fish - In Vitro Study - Nonhuman - Phylogeny - Protein Quaternary Structure - Sperm Activation - Spermatozoon Motility - Validation Study - Animal - Biology - Cell Membrane - Fish - Male - Animals - Cell Membrane - Computational Biology - Fishes - Fresh Water - Male - Sperm Motility
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Abstract
The regulation of sperm motility is controlled by several variables, including mainly ion concentrations. In fish, Ca2+ concentrations play an important role in the regulation of sperm motility, and several reports highlight the importance of certain Ca2+ channels in the regulation of this cell function. CatSper is a calcium channel scarcely studied in fish. In the species Salmo salar, it has been shown that it is key in the regulation of sperm motility. Taking into account the relevance of this channel in sperm activation in fish, in this study we evaluated the presence and probable functionality of this channel in the class Actinopterygii. For this purpose, a rational bioinformatic analysis was carried out, which had been previously validated using in vitro techniques by our group. The bioinformatic analysis of the present work revealed that the functionality of CatSper of the species of the class Actinopterygii could be exclusive to freshwater and anadromous fish species. The results of this study showed that only some anadromous and freshwater fish species contain 11 subunits of the CatSper channel, which are enough to trigger sperm motility. Consequently, this study provides new data for a better understanding of the sperm activation mechanism in fish. © 2022 Elsevier B.V., All rights reserved.
Description
Keywords
Actinopterygii , Bioinformatics , Catsper , Fish , Sperm , Calcium Binding Protein , Calcium Channel , Fresh Water , Actinopterygii , Amino Acid Sequence , Anadromous Fish , Aquatic Environment , Article , Bioinformatics , Cell Function , Freshwater Fish , In Vitro Study , Nonhuman , Phylogeny , Protein Quaternary Structure , Sperm Activation , Spermatozoon Motility , Validation Study , Animal , Biology , Cell Membrane , Fish , Male , Animals , Cell Membrane , Computational Biology , Fishes , Fresh Water , Male , Sperm Motility
Citation
10.1016/j.cbpa.2022.111181