Bioag

Bea y teihill; Rheam fossylagh: Archaeagh - jiu
	; She organeyn bioag prokaryotagh ny Escherichia coli shoh ;
Rang oaylleeagh
(neu-rheynnit):	Bea (Gaeabionta);
Reamyn as reeriaghtyn
	Bea killagagh Prokaryota Bacteria; Archaea; ; Eukaryota Bikonta Rhisaria; Ecscavata; Chromalveolata; Plantae; ; Unikonta Amoebosoa; Fungi; Animalia; ; ; ; Bea neuchillagagh (veerys);

Bentyn rish bea-oaylleeaght, she red bio bioag ny organe bioag (goaill stiagh baaghyn, lossreeyn, fungyssyn as mynvioee). Ayns aght ennagh, ta ny troyn shoh ec dy chooilley organeyn bioag:

freggyrt da brod
geddyn sliught (goaill stiagh dooblaghey ad hene)
aase
freayll homeostasis

Ta organeyn un-chillagagh ayn chammah as fir yl-chillagagh, as adsyn jeant jeh ymmodee killagyn er nyn gur ry-cheilley myr kelleenyssyn as oltyn.

Ta organeyn bioag goll er eddyrscarrey ayns prokaryota as eukaryota. Rere'n sheiltynys cadjin, ta prokaryota goaill stiagh daa ream: Bacteyryn as Archaea. ^[1]. Ta dy chooilley fungys, baagh as lus ny eukaryote.

Ta bun Greagish ec yn 'ockle organe: ὀργανισμός - organismos, jeh Shenn Ghreagish ὄργανον - organon "organe, greie, yiarn").

Imraaghyn

↑ Cavalier-Smith, T (1987). "The origin of eukaryote and archaebacterial cells". Annals of the New York Academy of Sciences 503: 17-54.

She bun ta'n art shoh. Cur rish, son foays y yannoo da Wikipedia.

[cavaliersmith1987-1] Cavalier-Smith, T (1987). "The origin of eukaryote and archaebacterial cells". Annals of the New York Academy of Sciences 503: 17-54.

[1]