Oreochromis niloticus
Nile tilapia
taxon 8128Also known as: Oreochromis nilotica, Perca nilotica, Tilapia nilotica
Indigenous / local names
- Nylkurper (af) Wikidata ↗
- Tilapia Neily (mg) Wikidata ↗
- Ingege (rn) Wikidata ↗
Taxonomic classification
Genome browser
The assembly file for Oreochromis niloticus hasn't finished reaching the Hub yet — check back shortly.
Sequence records
transcriptome (fasta)
mirroredOrigin: hub
0 downloads
First synced: 8/21/2026 · Last updated: 8/21/2026
Source: NCBI NM_001279779.1 · View at source ↗
Released: 2013-07-19
publiccc0AFDSI-SEQ-40Publicly accessible — no request needed.
genome (fasta)
mirroredOrigin: hub
17 downloads
First synced: 8/21/2026 · Last updated: 8/21/2026
Source: NCBI GCF_001858045.2 · View at source ↗
Download annotation (GFF3) · Download CDS (FASTA) · Download proteins (FASTA)
Collection: · Sex: female
Sequencing: PacBio · Canu v. 1.0 · 44x coverage
Released: 2018-06-29 · Submitted by: University of Maryland
publiccc0AFDSI-SEQ-7GoaT: Chromosome assembly · 0.99 Gb · scaffold N50 40,346,024 · 22 chromosomes · View at source ↗
Publicly accessible — no request needed.
Proteins (20)
protein 70 — 103 aa
prlr — 630 aa
esr1 — 585 aa
cyp19a1 — 522 aa
esr2 — 557 aa
gnb2l1 — 317 aa
ins — 113 aa
hisat — 337 aa
dio1 — 248 aa
gpr54 — 377 aa
No AlphaFold DB proteome found for this species.
Proteomics (external sources)
PRIDE — project-level reference (metadata only; no per-protein identifications are available via PRIDE's public API)
Type B gelatin obtained by ultrasound-assisted extraction from Nile tilapia (Oreochromis niloticus) scales. (PXD071911) ↗AFDSI-PROJREF-27
Development and proteome characterisation of muscle cell culture derived from Genetically improved farmed tilapia, Oreochromis niloticus (Linnaeus,1758) (PXD060219) ↗AFDSI-PROJREF-28
Impact of bioinformatic search parameters for peptide identification and their post-translational modifications: case study of proteolyzed gelatines from beef, pork and fish. (PXD040820) ↗AFDSI-PROJREF-30
Rapid speciation of cichlids fishes may be explained by evolutionary divergence of novel open reading frames (PXD019072) ↗AFDSI-PROJREF-31
The liver,spleen,brain,intestine and kidney tissue of the Oreochromis niloticus which infected with Streptococcus agalactiae LC-MSMS (PXD014616) ↗AFDSI-PROJREF-32
Chemical Profiles (external sources)
ChEMBL rows are compounds active against a protein target from this organism — not confirmed as compounds the species itself produces, unlike ANPDB's.
ChEMBL: 5-O-METHYLEMBELIN (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-31
Metabolic Profiles (external sources)
MetaboLights: Fecal microbiota transplantation treatment maintains post antibiotics gut function by change the gut microbiome and fecal metabolome to reduce gut inflammation and oxidative stress in nile tilapia (Oreochromis niloticus) (View at source ↗)AFDSI-METABPROF-2
MetaboLights: Lactobacillus plantarum MR1 alleviates high-carbohydrate diet-induced oxidative stress and liver lipid deposition via upregulating uridine synthesis (View at source ↗)AFDSI-METABPROF-3
MetaboLights: Serine Metabolism Tunes Immune Responses To Promote Oreochromis niloticus Survival upon Edwardsiella tarda Infection (View at source ↗)AFDSI-METABPROF-4
KEGG: KEGG genome-based metabolic profile (onl) (View at source ↗) — Genome-based pathway inference (KEGG) — reflects which metabolic pathways this species' annotated genes place it in, not experimentally measured metabolite presenceAFDSI-METABPROF-15
Protein Structures
protein 70 — v3
pLDDT confidence: unknown
Auto-synced from PDBe 7bxt · View at source ↗
publiccc_byAFDSI-STRUCT-8222-V3protein 70 — v2
pLDDT confidence: unknown
Auto-synced from PDBe 7bxt · View at source ↗
publiccc_byAFDSI-STRUCT-8221-V2esr1 — v1
pLDDT confidence: 67.0
Auto-synced from AlphaFold DB AF-Q9YH33-F1 · View at source ↗
publiccc_byAFDSI-STRUCT-413-V1cyp19a1 — v1
pLDDT confidence: 87.4
Auto-synced from AlphaFold DB AF-P70091-F1 · View at source ↗
publiccc_byAFDSI-STRUCT-414-V1esr2 — v1
pLDDT confidence: 67.8
Auto-synced from AlphaFold DB AF-Q9YH32-F1 · View at source ↗
publiccc_byAFDSI-STRUCT-415-V1Field & Specimen Imaging
camera_trap at Madagascar · Source: GBIF 6147557017 (View at source ↗)AFDSI-IMG-76
camera_trap at Madagascar · Source: GBIF 6159296642 (View at source ↗)AFDSI-IMG-77
camera_trap at Kenya · Source: GBIF 6159399739 (View at source ↗)AFDSI-IMG-78
camera_trap at Kenya · Source: GBIF 6184813998 (View at source ↗)AFDSI-IMG-79
camera_trap at Egypt · Source: GBIF 6188388913 (View at source ↗)AFDSI-IMG-80
camera_trap at Egypt · Source: GBIF 6234400752 (View at source ↗)AFDSI-IMG-182
camera_trap at Egypt · Source: GBIF 6235009487 (View at source ↗)AFDSI-IMG-183
camera_trap at Madagascar · Source: GBIF 6163080481 (View at source ↗)AFDSI-IMG-184
camera_trap at Spain · Source: GBIF 6185009747 (View at source ↗)AFDSI-IMG-185
camera_trap at Egypt · Source: GBIF 6188286255 (View at source ↗)AFDSI-IMG-186
Geographic range (Africa)
7,695 real GBIF-recorded occurrences across Africa — see this species on GBIF ↗.
This reflects real occurrence records submitted to GBIF, not a comprehensive range map — sampling effort varies significantly by country and region, so an absence here doesn't mean the species isn't present.
