Endohelea | |
---|---|
Scientific classification | |
Domain: | Eukaryota |
Clade: | Diaphoretickes |
Phylum: | Cryptista |
Subphylum: |
Endohelia Cavalier-Smith, 2021 [1] |
Class: |
Endohelea Cavalier-Smith, 2012 |
Orders [1] | |
Endohelea is a proposed clade of eukaryotes that are related to Archaeplastida and the SAR supergroup. [2] [3] They used to be considered heliozoans, but phylogenetically they belong to a group of microorganisms known as Cryptista. [1]
Based on studies done by Cavalier-Smith, Chao & Lewis in 2015, the class contained two orders: Microhelida and Heliomonadida. [4] [5] However, according to a study by Cavalier-Smith, published in 2022, the order Heliomonadida is actually part of Cercozoa, and only one species of heliomonad, Tetrahelia pterbica, has been kept in Endohelea as its own order Axomonadida. [1]
Endohelea | |
---|---|
Scientific classification | |
Domain: | Eukaryota |
Clade: | Diaphoretickes |
Phylum: | Cryptista |
Subphylum: |
Endohelia Cavalier-Smith, 2021 [1] |
Class: |
Endohelea Cavalier-Smith, 2012 |
Orders [1] | |
Endohelea is a proposed clade of eukaryotes that are related to Archaeplastida and the SAR supergroup. [2] [3] They used to be considered heliozoans, but phylogenetically they belong to a group of microorganisms known as Cryptista. [1]
Based on studies done by Cavalier-Smith, Chao & Lewis in 2015, the class contained two orders: Microhelida and Heliomonadida. [4] [5] However, according to a study by Cavalier-Smith, published in 2022, the order Heliomonadida is actually part of Cercozoa, and only one species of heliomonad, Tetrahelia pterbica, has been kept in Endohelea as its own order Axomonadida. [1]