| Literature DB >> 33490516 |
Alejandra Alvarez1, Juan Anaya1, Bibiana Arellano1, Austin Bartlebaugh1, Michael C Capurro1, Adriana Carrillo1, Isaiah R Chacon1, Lizbeth Cordova1, Bethany Corral1, Melina DaSilva1, Giselle Del Valle1, Alexis Diaz1, Isaac Diaz1, Carlos Donate1, Isabella Fusco1, Brian Garcia1, Janette Garcia1, Christian Godoy1, Victor Gonzalez1, Megan Hertzog1, Nicholas Horton1, Jeffery R Hughey1, Eli R Kallison1, Rafael Lopez1, Jennifer Martinez1, Rene Martinez1, Kianna Mendez1, Marie Pacheco1, Maria Ramirez1, David M Ramirez1, Jennifer M Rios1, Franca Rossi1, Jorge Rua1, Alyssa Sanchez1, Daniela Sanchez1, Maria Sanchez1, Karla Santos1, Rosaura Sierra1, Daniel Soto1, Alicia Steinhardt1, Jesus Tavarez1, Mark Tupas1, Rolando T Valdez1, Christian Vargas1, Rudy Vargas1, Frances L Wong1, Adrian Zamora1.
Abstract
Fucus spiralis L. is a broadly distributed monoecious intertidal seaweed. The specific status of F. spiralis however is debatable. Here, we contribute to the bioinformatics and systematics of F. spiralis by analysing the complete mitochondrial and plastid genomes of a specimen from California, U.S.A. The F. spiralis mitogenome is 36,396 base pairs (bp) in length and contains 67 genes, and the plastid genome is 125,066 bp in length and contains 171 genes. The F. spiralis genomes are 99.7% and 99.8% similar in nucleotide sequence to F. vesiculosus, and support the revised classification of F. spiralis to Fucus vesiculosus var. spiralis.Entities:
Keywords: California; Fucus spiralis; Fucus vesiculosus; mitogenome; plastid genome
Year: 2018 PMID： 33490516 PMCID： PMC7801007 DOI： 10.1080/23802359.2018.1463829
Source DB: PubMed Journal: Mitochondrial DNA B Resour ISSN： 2380-2359 Impact factor: 0.658