(Q22)

Statements

taxon without equivalent NCBI taxon

0 references

informally named taxon

0 references

Desulfobacteraceae endosymbiont BCDbactsym of Geleiidae sp.

subject body part

method used to identify object

fluorescence in situ hybridization

metagenomic DNA sequencing

method used to identify subject

light microscopy

phylogenetic marker sequencing

2 references

Structured multiple endosymbiosis of bacteria and archaea in a ciliate from marine sulfidic sediments: a survival mechanism in low oxygen, sulfidic sediments?

10.3389/fmicb.2011.00055

Insights into the metabolic functioning of a multipartner ciliate symbiosis from oxygen-depleted sediments.

10.1111/mec.14465

Desulfobulbaceae endosymbiont BCDbulbsym of Geleiidae sp.

subject body part

method used to identify object

fluorescence in situ hybridization

metagenomic DNA sequencing

method used to identify subject

light microscopy

phylogenetic marker sequencing

2 references

Structured multiple endosymbiosis of bacteria and archaea in a ciliate from marine sulfidic sediments: a survival mechanism in low oxygen, sulfidic sediments?

10.3389/fmicb.2011.00055

Insights into the metabolic functioning of a multipartner ciliate symbiosis from oxygen-depleted sediments.

10.1111/mec.14465

Bacteroidota endosymbiont of Parduczia sp. brown ciliate

subject body part

method used to identify object

fluorescence in situ hybridization

identified by group-specific FISH probe but no 16S sequence (English)

method used to identify subject

light microscopy

phylogenetic marker sequencing

2 references

Structured multiple endosymbiosis of bacteria and archaea in a ciliate from marine sulfidic sediments: a survival mechanism in low oxygen, sulfidic sediments?

10.3389/fmicb.2011.00055

Insights into the metabolic functioning of a multipartner ciliate symbiosis from oxygen-depleted sediments.

10.1111/mec.14465

Methanobacteria endosymbiont of Parduczia sp. brown ciliate

subject body part

method used to identify object

fluorescence in situ hybridization

identified by group-specific FISH probe but no 16S sequence (English)

method used to identify subject

light microscopy

phylogenetic marker sequencing

2 references

Structured multiple endosymbiosis of bacteria and archaea in a ciliate from marine sulfidic sediments: a survival mechanism in low oxygen, sulfidic sediments?

10.3389/fmicb.2011.00055

Insights into the metabolic functioning of a multipartner ciliate symbiosis from oxygen-depleted sediments.

10.1111/mec.14465

0 references

environmental material of origin

marine sediment

1 reference

10.3389/fmicb.2011.00055

Structured multiple endosymbiosis of bacteria and archaea in a ciliate from marine sulfidic sediments: a survival mechanism in low oxygen, sulfidic sediments?

sulphate-reducing sediment

1 reference

10.3389/fmicb.2011.00055

Structured multiple endosymbiosis of bacteria and archaea in a ciliate from marine sulfidic sediments: a survival mechanism in low oxygen, sulfidic sediments?

environmental system of origin

marine bathyal zone biome

1 reference

10.3389/fmicb.2011.00055

Structured multiple endosymbiosis of bacteria and archaea in a ciliate from marine sulfidic sediments: a survival mechanism in low oxygen, sulfidic sediments?

taxon name with Open Nomenclature signs

Parduczia sp.

0 references

representative genome sequence record

GCA_002880655.1

metagenome from three pooled ciliate cells amplified by MDA (English)

1 reference

10.1111/mec.14465

Insights into the metabolic functioning of a multipartner ciliate symbiosis from oxygen-depleted sediments.

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