@ARTICLE{TreeBASE2Ref27276,
author = {Takashi Shiratori},
title = {Viridiuvalis adhaerens gen. et sp. nov., a novel colony-forming chlorarachniophyte},
year = {2017},
keywords = {Chlorarachniophyceae, Chlorarachniophycota, phylogeny, taxonomy, Viridiuvalis adhaerens, ultrastructure},
doi = {},
url = {http://},
pmid = {},
journal = {Journal of Plant Research},
volume = {},
number = {},
pages = {},
abstract = {A new chlorarachniophyte, Viridiuvalis adhaerens gen. et sp. nov. was isolated from the mucus on a coral reef from Zanpa Beach, Okinawa, Japan. The main vegetative stage of V. adhaerens consisted of unicellular coccoid cells with cell walls, although sarcinoid colonies and uniflagellate zoospores were also observed. V. adhaerens had chloroplasts with nucleomorphs and pyrenoids that were completely embedded in the chloroplast. A deep plate-like invagination of the periplastidal compartment (PPC) almost partitioned the pyrenoid and chloroplast components, which were surrounded by two membranes. The nucleomorph was positioned in the base of the invagination of the PPC. Molecular phylogenetic analyses using rRNA genes showed that V. adhaerens branched as a sister lineage of the Amorphochlora clade. The sarcinoid colony, pyrenoid embedded in the chloroplast, and nucleomorph located at the base of the deep invagination of the PPC have not been reported in other chlorarachniophytes. Based on these morphological and ultrastructural characteristics and the results of the molecular phylogenetic analyses, we propose V. adhaerens as a new genus and species of chlorarachniophyte.}
}
Citation for Study 21108
Citation title:
"Viridiuvalis adhaerens gen. et sp. nov., a novel colony-forming chlorarachniophyte".
Study name:
"Viridiuvalis adhaerens gen. et sp. nov., a novel colony-forming chlorarachniophyte".
This study is part of submission 21108
(Status: Published).
Citation
Shiratori T. 2017. Viridiuvalis adhaerens gen. et sp. nov., a novel colony-forming chlorarachniophyte. Journal of Plant Research, .
Authors
Abstract
A new chlorarachniophyte, Viridiuvalis adhaerens gen. et sp. nov. was isolated from the mucus on a coral reef from Zanpa Beach, Okinawa, Japan. The main vegetative stage of V. adhaerens consisted of unicellular coccoid cells with cell walls, although sarcinoid colonies and uniflagellate zoospores were also observed. V. adhaerens had chloroplasts with nucleomorphs and pyrenoids that were completely embedded in the chloroplast. A deep plate-like invagination of the periplastidal compartment (PPC) almost partitioned the pyrenoid and chloroplast components, which were surrounded by two membranes. The nucleomorph was positioned in the base of the invagination of the PPC. Molecular phylogenetic analyses using rRNA genes showed that V. adhaerens branched as a sister lineage of the Amorphochlora clade. The sarcinoid colony, pyrenoid embedded in the chloroplast, and nucleomorph located at the base of the deep invagination of the PPC have not been reported in other chlorarachniophytes. Based on these morphological and ultrastructural characteristics and the results of the molecular phylogenetic analyses, we propose V. adhaerens as a new genus and species of chlorarachniophyte.
Keywords
Chlorarachniophyceae, Chlorarachniophycota, phylogeny, taxonomy, Viridiuvalis adhaerens, ultrastructure
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- Canonical resource URI:
http://purl.org/phylo/treebase/phylows/study/TB2:S21108
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- Show BibTeX reference
@ARTICLE{TreeBASE2Ref27276,
author = {Takashi Shiratori},
title = {Viridiuvalis adhaerens gen. et sp. nov., a novel colony-forming chlorarachniophyte},
year = {2017},
keywords = {Chlorarachniophyceae, Chlorarachniophycota, phylogeny, taxonomy, Viridiuvalis adhaerens, ultrastructure},
doi = {},
url = {http://},
pmid = {},
journal = {Journal of Plant Research},
volume = {},
number = {},
pages = {},
abstract = {A new chlorarachniophyte, Viridiuvalis adhaerens gen. et sp. nov. was isolated from the mucus on a coral reef from Zanpa Beach, Okinawa, Japan. The main vegetative stage of V. adhaerens consisted of unicellular coccoid cells with cell walls, although sarcinoid colonies and uniflagellate zoospores were also observed. V. adhaerens had chloroplasts with nucleomorphs and pyrenoids that were completely embedded in the chloroplast. A deep plate-like invagination of the periplastidal compartment (PPC) almost partitioned the pyrenoid and chloroplast components, which were surrounded by two membranes. The nucleomorph was positioned in the base of the invagination of the PPC. Molecular phylogenetic analyses using rRNA genes showed that V. adhaerens branched as a sister lineage of the Amorphochlora clade. The sarcinoid colony, pyrenoid embedded in the chloroplast, and nucleomorph located at the base of the deep invagination of the PPC have not been reported in other chlorarachniophytes. Based on these morphological and ultrastructural characteristics and the results of the molecular phylogenetic analyses, we propose V. adhaerens as a new genus and species of chlorarachniophyte.}
}
- Show RIS reference
TY - JOUR
ID - 27276
AU - Shiratori,Takashi
T1 - Viridiuvalis adhaerens gen. et sp. nov., a novel colony-forming chlorarachniophyte
PY - 2017
KW - Chlorarachniophyceae
KW - Chlorarachniophycota
KW - phylogeny
KW - taxonomy
KW - Viridiuvalis adhaerens
KW - ultrastructure
UR - http://dx.doi.org/
N2 - A new chlorarachniophyte, Viridiuvalis adhaerens gen. et sp. nov. was isolated from the mucus on a coral reef from Zanpa Beach, Okinawa, Japan. The main vegetative stage of V. adhaerens consisted of unicellular coccoid cells with cell walls, although sarcinoid colonies and uniflagellate zoospores were also observed. V. adhaerens had chloroplasts with nucleomorphs and pyrenoids that were completely embedded in the chloroplast. A deep plate-like invagination of the periplastidal compartment (PPC) almost partitioned the pyrenoid and chloroplast components, which were surrounded by two membranes. The nucleomorph was positioned in the base of the invagination of the PPC. Molecular phylogenetic analyses using rRNA genes showed that V. adhaerens branched as a sister lineage of the Amorphochlora clade. The sarcinoid colony, pyrenoid embedded in the chloroplast, and nucleomorph located at the base of the deep invagination of the PPC have not been reported in other chlorarachniophytes. Based on these morphological and ultrastructural characteristics and the results of the molecular phylogenetic analyses, we propose V. adhaerens as a new genus and species of chlorarachniophyte.
L3 -
JF - Journal of Plant Research
VL -
IS -
ER -
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