A major organism group on [PNF-404] that are subgroup Zoomycota & sister group of Moruvomycota. These organisms usually are purley Heterothropic (except some species are "semi-photosynthetic" through kleptoplasty or with a symbiotic chemosynthetic microbe). Moruvozoiona firstly appeared during 1350 million years ago.
Phylum: Mycesporzoa
a minor prosperikaryote group that most of them were parasite to fishes & other animals including us. Their unique round oval structure has contains their spores.
[Under Creation!]
Phylym: Coralospora
a minor aquatic moruvozoan group that related to Filomorvuans.
[Under Creation!]
Phylum: Raptorspora
a minor marine moruvozoan group found on Neo-Macroceana. These organisms usually preys on other microbial species through their "mouth". Their anatomical characteristics is with one flagellate composed with fungal zoospore-like oval cells & unique "mouth" structure on their anterior part, flat mitochondrial crista with their fat globules. While Parafilomovurans are closely related to Filomorvuans, Raptorsporzoans are much more sister group to Filomorvuans acvording to their phylogenic analysis. In the far past, this group were restricted, but later Supercontintent was formed, which many marine life went extinct, this group went slightly diversed due to unknown reason.
[Under Creation!]
a major moruvozoan group that inciudes Animals & relatives. This group is actually evolved from extinct ancestral mouvozoan cell that has thread-like filose.
a Aquatic unicellular ameboid prosperikaryote group that has filopodia. Some of them are free-living & catch prey through their filopodia, others are parasitic.
[Under Creation!]
(Also known as Perizoiona) is a subgroup of Filomorvua that known for a important thing of evolutionary history of Animals on [PNF-404].
Phylum: Infundiblozoa
Class: Zoomorphoflagellata
a Subgroup of Dominozoomorph that are unicellular & free-living or sessile microbes. These organisms usually lives on aquatic habitats, feeds on other unicellular microbes through their colony. Their appearance looks like choanocyte or spermatozoon cells, their ability looks surprisingly very similar to gametes on animals. Dominozoamata are sexually reproductive due to their unique process, create their clones through cell division, when the cell falls to became into ovum-like, the colony will come and match with ovum-like counterpart. Also these microbes were actually much closely related to Animals according to phylogeny analysis.
[SOON!]
Major, common, familiar heterotrophic multicellular Prosperikaryote group on [PNF-404].