SeqCode Registry
cognitis nomina
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Genomes
sc|0001022
JSON
Genome sc|0001022
Name
“Kuafucaenimonas phototrophica”
Database
NCBI Assembly
Accession
GCA_020430745.1
Genomics
Accession
NCBI Assembly:
GCA_020430745.1
Type
Metagenome-Assembled Genome (MAG)
Estimated Quality Metrics
Completeness:
85.36%
Contamination:
9.04%
Quality:
40.16
Ribosomal and transfer RNA genes
0 16S rRNAs
0 23S rRNAs
tRNAs for 18 amino acids
Source
BioSample: SAMN14563899
And 98 more…
Other features
G+C Content:
71.28%
Coding Density:
93.68%
Codon Table:
11
N50:
10,957 bp
Contigs:
1,562
Largest Contig:
71,101 bp
Assembly Length:
9,207,806 bp
Ambiguous Assembly Fraction:
0.0012%
Automated checks
Complete
Last modified
11 months ago
© 2022-2024 The SeqCode Initiative
All information contributed to the SeqCode Registry is released under the terms of the
Creative Commons Attribution (CC BY) 4.0
license
Automated Estimates
×
This genome was automatically retrieved and processed using MiGA (The Microbial Genomes Atlas)
[1]
, and the estimate has not been overridden by the submitter.
Rodriguez-R et al, 2018, NAR.
DOI: 10.1093/nar/gky467
All sources
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BioSample: SAMN14563899
BioSample: SAMN08389165
BioSample: SAMN08389166
BioSample: SAMN08389167
BioSample: SAMN08389168
BioSample: SAMN08389169
BioSample: SAMN08389170
BioSample: SAMN08389171
BioSample: SAMN08389172
BioSample: SAMN08389173
BioSample: SAMN08389174
BioSample: SAMN08389175
BioSample: SAMN08389176
BioSample: SAMN08389177
BioSample: SAMN08389178
BioSample: SAMN08389179
BioSample: SAMN08389180
BioSample: SAMN08389181
BioSample: SAMN08389182
BioSample: SAMN08389183
BioSample: SAMN08389184
BioSample: SAMN08389185
BioSample: SAMN08389186
BioSample: SAMN08389187
BioSample: SAMN08389188
BioSample: SAMN08389189
BioSample: SAMN08389190
BioSample: SAMN08389191
BioSample: SAMN08389192
BioSample: SAMN08389193
BioSample: SAMN08389194
BioSample: SAMN08389195
BioSample: SAMN08389196
BioSample: SAMN08389197
BioSample: SAMN08389198
BioSample: SAMN08389199
BioSample: SAMN08389200
BioSample: SAMN08389201
BioSample: SAMN08389202
BioSample: SAMN08389203
BioSample: SAMN08389204
BioSample: SAMN08389205
BioSample: SAMN08389206
BioSample: SAMN08389207
BioSample: SAMN08389208
BioSample: SAMN08389209
BioSample: SAMN08389210
BioSample: SAMN08389211
BioSample: SAMN08389212
BioSample: SAMN08389213
BioSample: SAMN08389214
BioSample: SAMN08389215
BioSample: SAMN08389216
BioSample: SAMN08389217
BioSample: SAMN08389218
BioSample: SAMN08389219
BioSample: SAMN08389220
BioSample: SAMN08389221
BioSample: SAMN08389222
BioSample: SAMN08389223
BioSample: SAMN08389224
BioSample: SAMN08389225
BioSample: SAMN08389226
BioSample: SAMN08389227
BioSample: SAMN08389228
BioSample: SAM N08389229
BioSample: SAMN08389230
BioSample: SAMN08389231
BioSample: SAMN08389232
BioSample: SAMN08389233
BioSample: SAMN08389234
BioSample: SAMN08389235
BioSample: SAMN08389236
BioSample: SAMN08389237
BioSample: SAMN08389238
BioSample: SAMN08389239
BioSample: SAMN08389240
BioSample: SAMN08389241
BioSample: SAMN08389242
BioSample: SAMN08389243
BioSample: SAMN08389244
BioSample: SAMN08389245
BioSample: SAMN08389246
BioSample: SAMN08389247
BioSample: SAMN08389248
BioSample: SAMN08389249
BioSample: SAMN08389250
BioSample: SAMN08389251
BioSample: SAMN08389252
BioSample: SAMN08389253
BioSample: SAMN08389254
BioSample: SAMN08389255
BioSample: SAMN08389256
BioSample: SAMN08389257
BioSample: SAMN08389258
BioSample: SAMN08389259
BioSample: SAMN08389260
BioSample: SAMN08389261
BioSample: SAMN08389262
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