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Revision as of 11:38, 12 July 2024 by
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Added qualifier:
method used to identify subject
(P42)
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light microscopy
(Q69)
, #quickstatements; #temporary_batch_1720784198636)
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Statements
instance of
named organism without published sequence data
0 references
interacts with
Bacteroidales Nk-OxyU1-3 associated with Oxymonas sp.
subject body part
cell surface
method used to identify object
fluorescence in situ hybridization
phylogenetic marker sequencing
transmission electron microscopy
free text note
in about 20% of cells examined, usually not co-occuring with Nk-OxyU1-9
(English)
method used to identify subject
light microscopy
1 reference
reference DOI
10.1264/jsme2.21.16
stated in
Identification and in situ Detection of Two Lineages of Bacteroidales Ectosymbionts Associated with a Termite Gut Protist, Oxymonas sp
Bacteroidales Nk-OxyU1-9 associated with Oxymonas sp.
subject body part
cell surface
method used to identify object
fluorescence in situ hybridization
phylogenetic marker sequencing
transmission electron microscopy
free text note
in about 14% of cells examined, usually not co-occuring with Nk-OxyU1-3
(English)
method used to identify subject
light microscopy
1 reference
reference DOI
10.1264/jsme2.21.16
stated in
Identification and in situ Detection of Two Lineages of Bacteroidales Ectosymbionts Associated with a Termite Gut Protist, Oxymonas sp
Treponema sp. phylotype NkS-Oxy8
subject body part
cell surface
method used to identify object
phylogenetic marker sequencing
fluorescence in situ hybridization
method used to identify subject
light microscopy
1 reference
reference DOI
10.1128/aem.69.1.625-633.2003
Treponema sp. phylotype NkS-Oxy26
subject body part
cell surface
method used to identify object
phylogenetic marker sequencing
fluorescence in situ hybridization
method used to identify subject
light microscopy
1 reference
reference DOI
10.1128/aem.69.1.625-633.2003
Treponema sp. phylotype NkS-Oxy1
subject body part
cell surface
method used to identify object
phylogenetic marker sequencing
fluorescence in situ hybridization
method used to identify subject
light microscopy
0 references
parent taxon
Oxymonas
0 references
environmental system of origin
digestive tract environment
1 reference
reference DOI
10.1264/jsme2.21.16
stated in
Identification and in situ Detection of Two Lineages of Bacteroidales Ectosymbionts Associated with a Termite Gut Protist, Oxymonas sp