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1 to 10 of 77 Results

Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential Aug 25, 2026 - FE_AMICA Schweikert, Michael; Dörr, Lennart; Ghosh, Robin, 2026, "Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential", https://doi.org/10.18419/DARUS-6419, DaRUS, V1 Data repository of raw data used in: "Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential." FIGURE S1 Rectangular phylogenetic maximum likelihood tree based on sequences of 62 different bacterial strains with homology to RebB from...
Caedibacter_var_Contig105_rc-RebA_combined_EMBL.txt Aug 25, 2026 - Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential Plain Text - 5.0 KB - MD5: 51c019631684f7411a78b5823b9a1b00
Figure S1.tiff Aug 25, 2026 - Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential TIFF Image - 517.8 KB - MD5: 89702f7619c6b1feb6168f70be324556
Figure S2.tiff Aug 25, 2026 - Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential TIFF Image - 5.7 MB - MD5: 86df617905b67187f3a6daf1c0d6bdb5
Supplementary Materials & Methods.docx Aug 25, 2026 - Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential MS Word - 19.0 KB - MD5: b5a97d20aa6e7e859a1128f3d20dd3f6
Table S1.pdf Aug 25, 2026 - Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential Adobe PDF - 396.3 KB - MD5: e2f7fd160630344d9fc0483ae55005e5
Data for: Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs Mar 5, 2026 - FE_AMICA Schweikert, Michael; Dörr, Lennart; Ghosh, Robin, 2026, "Data for: Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs", https://doi.org/10.18419/DARUS-5753, DaRUS, V1, UNF:6:bDUzGX+6YRQleFJQDzSiRA== [fileUNF] Data repository of raw data used in: "Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs"
EZO54094.cif Mar 5, 2026 - Data for: Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs Unknown - 49.8 KB - MD5: 1f9b5acc4f60d784c684b3a3d4d7cb3b AlphaFold 3 prediction used in fig. 5
Figure S1.tiff Mar 5, 2026 - Data for: Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs TIFF Image - 34.4 MB - MD5: 4172fe604bca1e4edbccfe4100ddb9ea High resolution version of figure S1
GBF82105.cif Mar 5, 2026 - Data for: Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs Unknown - 69.3 KB - MD5: e1eb8419bd185e9e8d81df3510bd9462 AlphaFold 3 prediction used in fig. 5

Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential

Aug 25, 2026 - FE_AMICA

Schweikert, Michael; Dörr, Lennart; Ghosh, Robin, 2026, "Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential", https://doi.org/10.18419/DARUS-6419, DaRUS, V1

Data repository of raw data used in: "Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential." FIGURE S1 Rectangular phylogenetic maximum likelihood tree based on sequences of 62 different bacterial strains with homology to RebB from...

Caedibacter_var_Contig105_rc-RebA_combined_EMBL.txt

Aug 25, 2026 - Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential

Plain Text - 5.0 KB -

Figure S1.tiff

Aug 25, 2026 - Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential

TIFF Image - 517.8 KB -

Figure S2.tiff

Aug 25, 2026 - Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential

TIFF Image - 5.7 MB -

Supplementary Materials & Methods.docx

Aug 25, 2026 - Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential

MS Word - 19.0 KB -

Table S1.pdf

Aug 25, 2026 - Data for: Bacterial R-bodies with common morphologies and unrolling dynamics are phylogenetically scattered indicating extensive lateral gene transfer and wide application potential

Adobe PDF - 396.3 KB -

Data for: Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs

Mar 5, 2026 - FE_AMICA

Schweikert, Michael; Dörr, Lennart; Ghosh, Robin, 2026, "Data for: Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs", https://doi.org/10.18419/DARUS-5753, DaRUS, V1, UNF:6:bDUzGX+6YRQleFJQDzSiRA== [fileUNF]

Data repository of raw data used in: "Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs"

EZO54094.cif

Mar 5, 2026 - Data for: Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs

Unknown - 49.8 KB -

AlphaFold 3 prediction used in fig. 5

Figure S1.tiff

Mar 5, 2026 - Data for: Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs

TIFF Image - 34.4 MB -

High resolution version of figure S1

GBF82105.cif

Mar 5, 2026 - Data for: Phylogenetic analysis of the bacterial intracellular R-body killer proteins indicates extensive horizontal gene transfer and signature Reb sequence motifs

Unknown - 69.3 KB -

AlphaFold 3 prediction used in fig. 5

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