Prosperikarya

Prosperikaryota is a major dominant domain that has membrane-bound nucleus on their cells. Includes all animals, plants, and many unicellular organisms are subgroup of eukaryote domain, both unicellular & multicellular species coexist.

Evolutionary, this group is actually an amalgamation between host cell Avuarchota and Paramitochondriales through special symbiogeneis called, Prosperikaryogenesis on 2.55 billion years ago. This amalgamation cell became into First Prosperikaryotic Common Ancestor (FPCA). Later the geological time passes, This special cell got new complex features such as nucleus, at least one centriole & cilium, factual aerobic mitochondria, sex such as meiosis & fertilization, cyst with a cell wall of chitin [(C8H1305)n] or cellulose [(C6H10O5)n] & peroxisomes evolved into new organism including Last Prosperikaryotic Common Ancestor (LPCA) around, 2.25 billion years ago.

Diaphorflagellates are major subgroup of Prosperikaryote with many diverse morphology such as single celled microorganism to multicellular macrobe. Each subgroups have observed plastid via endosymbiotic event with mycrocyanophyte, other diaphorflagellates have observed via secondary endosymbiotic event with photosynthetic diaphorlagellate such as red alga or green alga.

Evolutionary, Diaphorflagellates are firstly appeared 2750 million years ago, which the common ancestor was a single celled organism with a two flagellate & heterothrophic diet via ventral groove to catch other cellular organisms. In today, some of the members still has these traits (two flagellate cell, heterothrophy) at all.

Most of the photosynthetic biomass of the [PNF-404] are belongs to these organisms.

Discocristoba is a prosperikaryote kingdom group that has their own unique discoid cristae. Also some species has chloroplasts like photosynthebiontes. Depends on species, these organisms are usually free-living or parasitic.

• Glenebiota

Gelenebiota is a major discocristoba phylum group that mostly have two flagellates. Some species has chloroplasts like photosynthebiontes, which they also consumes energy and has same origin (endosymbiosis process). Depends on each species, many of them were free-living or some of them were parasites.

 ◦ Glycoglena

Glycoglena is a basal gelenebiont group that is sometimes use for important study of evolutionary history of prosperikaryote, especially paramitochondriales symbiont to mitochondria (non-living organic matter/organelle).

  ▪ Diplonemea

Diplonemea is a common colourless, planktonic and oblong glycoglenads on [PNF-404], especially on worldwide oceans. These organisms has subarial pocket with two flagellas inside.

• Heteroglena

Heteroglena is a discocristoba group and a sister group of glenebiont. These organisms usually habits on waters and soils and most species has bacterivorous diet. Some species can cause disease to other organisms, often cause primary amoebic meningoencephalitis (PAM). These organisms has different stages, some of them has amoeba-like stage but no lobose pseudopods.

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Phylum: Metamonabia

Metamonaba is a major prosperikaryote group that are microscopic, anaerobic, flagellate & lacks mitochondrion. Depends on each groups, they are parasitic or symbiotic organisms. Some species can cause diarrhea towards some animals including us.

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• Paravegetæ 

Paravegetæ is a microscopic, lesser known photosynthebiont group & sister group of plastophytes,

 ◦ Cryptophyta (Cryptoplants)

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 ◦ Microheliophyta (Sunplants)

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• Plastophytæ (Plants)

Major Photosynthebiont group that carries out of photosynthesis.

• Harosovegeta

Harosovegeta is a photosynthebiont group that consist three subgroup.

 ◦ Haptisphyta

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 ◦ Teloneophyta

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 ◦ Euharsovegeta

Euharsovegeta is a major, diverse photpsynthebiont supergroup among with plastophytes, which has three subgroups. These organisms has many diverse ecological niches & morphology from planktons (both zoo- & phyto-) to macroscopic vegetation or even fungus-like organisms.

Evolutionary, this group firstly appeared on 986 million years ago.

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• Disparivegeta

Disparivegeta is a lesser-known photosynthebiont supergroup that has two subgroups, habits on pelagic zones, lost of plastid & rare biosphere niche instead of dominant.

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Pedebiota is a major prosperikaryote supergroup that includes various heterotrophic organisms including animals & fungi.

• Malwimonazoa

Malwimonazoa are minor microscopic basal flagellate pedebiota group.

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• Fabaformozoa

Fabaformozoa is a microscopic, lesser known pedebiota group & a sister group of Malwimonazoa, which these organisms are biflagellated and usually lives on soil & aquatic habitats and feeds on Euprokarya. Their anatomy usually unique, usually bean-shaped two flagella on separate pocket and their cell membrane is supported by single-layered thin teca & discoidal mitochondria crista.

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Podimastigota are major pedebiota group & sister group of "Malwimonazoa + Fabaformozoa Group" that consist two subgroups.

• Crumozoa

Crumozoa are obscure & minor Podimastigota group & a sister group of Monomorphea that are heterotrophic, free-living organisms.

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• Monomorphea

Monomorphea is a diverse prosperikaryote supergroup that belongs to Podimastigota. Depends on each subgroups, these organisms have single flagella or evolutionary lost of flagella. Evolutionary, the group firstly appeared during 1650 million years ago.

 ◦ Mutabiota/Amœbozoa (Amoebas, Slime Molds, Goolixs)

Phylum : Euamœbozoina

Basal Monomorphea group with lobose pseudopod.

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 ◦ Eumonomorphea

Eumonomorphea is a Monomorphea subgroup & a sister group of Mutabiota that consist three subgroups.

▪ Apusomonazoa

Apusomonazoa are gliding microorganisms with two anterior flagellates as proboscis & mostly feeds on prokaryotes.

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  ▪ Zoomycomorpha

Zoomycomorpha is a major Eumonomorphea group & a sister group of Apusomonazoa, which this group includes, animals, fungi & their basal relatives. The common characteristics of Zoomycomorpha is their flagellate cells (Sperm in most animals + Zoospores in some fungi) that has single posterior flagellate.

   ▫ Mourvomycota (Prosperimycota sensu lato)

Mourvomycota is a Zoomucomorpha group & sister group of Mourvozoa that includes fungus. Their cell walls are Chitin-Glucan complex based.

    ▴ Mutamycoidea (Nucleariids/Amoebic fungus)

Phylum: Mutamycota

Mutamycoidea or commonly known as Nucleariid (Amoebas) or Amoebic fungus are sister group of true-fungi, which they usually has simple (spherical or flat) amoebic body. These organisms are commonly habits on waters (freshwater or saline water), usually feeds on algae & euprokaryotes.

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    ▴ Prosperimycota/Fungi (sensu stricto)

  ▫ Mourvozoa (Dominozoa sensu lato)

   ▴ Ichthyosporzoa (Ichtyospores)

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   ▴ Parafilomoruva

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   ▴ Raptorsporzoa

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   ▴ Filomoruva

    ▵ Filostellazoa

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    ▵ Dominozomorpha

Dominozomorpha are Filomoruva subgroup that has two subgroups, which the one is True-Animals. The common ancestor of the ancestor of the two subgroup were Domonozoamata-like.

     ▵ Dominozoamata

Dominozoamata is 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.

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     ▵ Dominozoa/Animalia

a enigmatic wastebasket taxon that are acid-resistant microfossils & usually founds on sedimentary rocks. Each of these organisms does not related each other at all.

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