Reference for HYPOTRICH. Search for HYPOTRICH

AI searches containing HYPOTRICH

HYPOTRICH

Hypotrich

Subclass of single-celled organisms

The hypotrichs are a group of ciliated protozoa, common in fresh water, salt water, soil and moss. Hypotrichs possess compound ciliary organelles called

Hypotrich

Spirotrich

Class of single-celled organisms

capture. They are generally divided into hypotrichs and stichotrichs, but were originally all considered hypotrichs. Forms with sparse or absent body cilia

Spirotrich

Euplotes

Genus of single-celled organisms

Euplotes. In older classification schemes, Euplotes is usually placed among hypotrichs, either in the order Hypotrichida, the subclass Hypotrichia or the class

Euplotes

Stylonychia

Genus of single-celled organisms

filamentous algae, surface films, and among particles of sediment. Like other Hypotrichs, Stylonychia has cilia grouped into membranelles alongside the mouth and

Stylonychia

Ribosomal DNA

Genes coding for ribosomal RNA

several thousand copies. In some ciliate genera, such as Tetrahymena or the Hypotrich genus Oxytricha, extensive fragmentation of the amplified DNA leads to

Ribosomal DNA

Ribosomal_DNA

Anteholosticha

Genus of single-celled organism

Anteholosticha is a genus of hypotrich, a group of protists. According to the World Register of Marine Species, the following species are accepted within

Anteholosticha

Stichotrich

Historic group of single-celled organisms

the group was made up of species traditionally classified among the "hypotrichs"—ciliates possessing compound ciliary organelles called cirri—it excluded

Stichotrich

Oxytricha

Genus of single-celled organisms

Bourland; Yan Zhao; Jie Huang (2021). "Some morphologically distinguishable hypotrich ciliates share identical 18S rRNA gene sequences – taxonomic insights

Oxytricha

Halteria

Genus of single-celled organisms

structural and phylogenetic analysis of resting cysts in oligotrich and hypotrich Spirotrichea (Ciliophora)". European Journal of Protistology. 43 (4):

Halteria

Nassophorea

Class of single-celled organisms

Nassophorea also included the peniculids and, in a separate subclass, the hypotrichs. More recent schemes restore these to their earlier positions, leaving

Nassophorea

Anteholosticha azerbaijanica

Species of single-celled organism

Anteholosticha azerbaijanica is a species of hypotrich, a group of protists. It was discovered in Azerbaijan, at the south coast of the Absheron Peninsula

Anteholosticha azerbaijanica

Anteholosticha_azerbaijanica

Euplotidium

Genus of single-celled organisms

PMC 26518. PMID 10660683. Rosati, G (1999). "Epixenosomes: symbionts of the hypotrich ciliate Euplotidium itoi". Symbiosis. 26 (1): 1–23. ISSN 0334-5114. v

Euplotidium

Protist locomotion

Motion system of a type of eukaryotic organism

depolarizations determine a slow-and-fast rhythm in walking of the marine hypotrich Euplotes vannus". European Journal of Protistology. 32: 47–54. doi:10

Protist locomotion

Protist_locomotion

Epixenosomes

Genus of bacteria

function as epixenosomes Rosati, G. (1999). "Epixenosomes: symbionts of the hypotrich ciliate Euplotidium itoi". Symbiosis. 26: 1–23. Petroni, Giulio; Spring

Epixenosomes

Ciliate, dasycladacean and hexamita nuclear code

Alternative genetic code

DuBois ML, Prescott DM (1995). "Macronuclear gene-sized molecules of hypotrichs". Nucleic Acids Research. 23 (8): 1279–83. doi:10.1093/nar/23.8.1279.

Ciliate, dasycladacean and hexamita nuclear code

Ciliate,_dasycladacean_and_hexamita_nuclear_code

Euplotid nuclear code

Alternative genetic code in some spirotrich ciliates

D. M. Prescott (25 April 1995). "Macronuclear gene-sized molecules of hypotrichs". Nucleic Acids Res. 23 (8): 1279–83. doi:10.1093/nar/23.8.1279. PMC 306850

Euplotid nuclear code

Euplotid_nuclear_code