Complete chloroplast genome of the marine red alga Rhodochorton tenue (Rhodochortonaceae, Rhodophyta) from San Juan Island, Washington
Layla T. Ahmed, Hiba Alesmail, Stephanie Beltran Rodriguez, Rachel Christian, Jonathan Coronado, Alice A. Elledge, America Estrada, Alena Fierro, Angel Garcia Mora, Kayla Gonzalez, Samantha Gonzalez-Leon, Arely M. Guijarro, Jennifer Islas-Quintana, David Juarez-Guido
TL;DR
This paper reports the full chloroplast genome of a marine red alga from Washington, comparing it to other related species.
Contribution
The study provides the first complete chloroplast genome sequence for Rhodochorton tenue from San Juan Island.
Findings
The chloroplast genome of R. tenue is 192,037 bp long and contains 244 genes.
It is genetically distinct from Rhodochorton purpureum from the North Atlantic Ocean.
The genome is similar in content to that of Acrochaetium secundatum.
Abstract
We present the complete chloroplast genome sequence of Rhodochorton tenue from San Juan Island, Washington. The chloroplast genome of R. tenue is 192,037 bp in length, contains 244 genes, and is similar in content to Acrochaetium secundatum. Rhodochorton tenue is genetically distinct from Rhodochorton purpureum from the North Atlantic Ocean.
Genes, proteins, chemicals, diseases, species, mutations and cell lines named across the full text — each resolved to its canonical identifier and authoritative record.
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Taxonomy
TopicsOrganizational Management and Innovation · Business, Education, Mathematics Research · Employment, Labor, and Gender Studies