Naegleria fowleri

From Citizendium
Revision as of 09:40, 18 April 2009 by imported>Nicole Perrotta (→‎Description and significance)
Jump to navigation Jump to search
All unapproved Citizendium articles may contain errors of fact, bias, grammar etc. A version of an article is unapproved unless it is marked as citable with a dedicated green template at the top of the page, as in this version of the 'Biology' article. Citable articles are intended to be of reasonably high quality. The participants in the Citizendium project make no representations about the reliability of Citizendium articles or, generally, their suitability for any purpose.

Attention niels epting.png
Attention niels epting.png
This article is currently being developed as part of an Eduzendium student project in the framework of a course entitled Microbiology 201 at Queens College, CUNY. The course homepage can be found at CZ:Biol 201: General Microbiology.
For the course duration, the article is closed to outside editing. Of course you can always leave comments on the discussion page. The anticipated date of course completion is May 21, 2009. One month after that date at the latest, this notice shall be removed.
Besides, many other Citizendium articles welcome your collaboration!



Naegleria fowleri
Different stages of Naegleria fowleri
Different stages of Naegleria fowleri
Scientific classification
Domain: Eukaryota
(unranked) Excavata
Phylum: Percolozoa
Class: Heterolobosea
Order: Schizopyrenida
Family: Vahlkampfiidae
Genus: Naegleria
Species: N. fowleri
Binomial name
Naegleria fowleri
Carter (1970)

Description and significance

Naegleria fowleri (commonly known as the “brain-eating amoeba) is a free-living protist found in moist environments (25-35 degrees Celsius) including soil, sewage, or warm fresh water. It is a member of the Percolozoa phylum and exists in the alternating states trophozoite, cyst, and flagellate. N. fowleri can cause the rare but fatal disease primary amoebic meningoencephalitis (PAM) when it enters the human nervous system.

Genome structure

Cell Structure and Metabolism

Ecology

Pathology

Application to Biotechnology

Current Research

References