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Benefit-sharing from DSI rests on the provider country's national framework. Where it requires bilateral benefit-sharing for DSI, those terms apply. Where it gives effect to the CBD multilateral mechanism, users of its publicly available DSI should share benefits through it: all users non-monetary benefits, as appropriate, and commercial users above set size thresholds also monetary contributions to the Cali Fund. Where it is silent on DSI, the position is not yet settled: check with the country's competent national authority, through the ABS service. Any terms agreed when the genetic resources were accessed still apply. Access and benefit-sharing questions are handled by the ABS service, not by the DataBank. Learn more →
sheep
taxon 9940Also known as: Ovis ammon aries, Ovis orientalis aries, Ovis ovis
Not yet assessed
Occurrence records: Recorded mostly outside Africa. 728 of 167,662 GBIF records (0%) are from Africa (checked 10/9/2026). A hint from GBIF and the genomes on this Hub, not an assessment: GBIF includes zoo and travel records.
Species that share this one's nearest groups in NCBI Taxonomy. This is how they're classified, not a phylogeny. See it in the species tree.
The assembly file for Ovis aries hasn't finished reaching the Hub yet — check back shortly.
Origin: hub
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First synced: 8/26/2026 · Last updated: 8/26/2026
Source: NCBI GCA_050084895.1 · View at source ↗
Collection: South Africa: Limpopo Province
Sequencing: PacBio; Omni C · HiFiasm v. Sunday Aug 11th 7:23:03 2024 GMT+2 · 32x coverage
Released: 2025-05-01 · Submitted by: University of South Africa
publiccc0AFDSI-SEQ-333 Benefit-sharing under CBD Decision 16/2 and national frameworks →Country of origin: ZA · PIC: unknown · MAT: unknown
GoaT: Chromosome assembly · 2.65 Gb · scaffold N50 101,274,418 · 28 chromosomes · View at source ↗
Publicly accessible — no request needed.
VDAC1 — 283 aa
ITGB1 — 798 aa
AQP2 — 271 aa
PGD — 483 aa
CA2 — 260 aa
POMC — 263 aa
PRL — 229 aa
HBB — 145 aa
RHO — 348 aa
SOD1 — 152 aa
Origin: hub
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First synced: 8/26/2026 · Last updated: 8/26/2026
Source: NCBI PZ723092.1 · View at source ↗
Collection: China: Jilin
Released: 2026-07-29
publiccc0AFDSI-SEQ-644 Benefit-sharing under CBD Decision 16/2 and national frameworks →Country of origin: CN · PIC: unknown · MAT: unknown
Publicly accessible — no request needed.
AlphaFold DB proteome: UP000809102 ↗
PaxDb — real per-protein abundance
VIM (9940.ENSOARP00000012143) — abundance 12794AFDSI-PROTEOMICS-202
ACTB (9940.ENSOARP00000003215) — abundance 12673AFDSI-PROTEOMICS-203
GAPDH (9940.ENSOARP00000008476) — abundance 9690AFDSI-PROTEOMICS-204
ACTG1 (9940.ENSOARP00000019868) — abundance 7773AFDSI-PROTEOMICS-205
ANXA2 (9940.ENSOARP00000022381) — abundance 7385AFDSI-PROTEOMICS-206
LOC101106384 (9940.ENSOARP00000004049) — abundance 6560AFDSI-PROTEOMICS-207
TAGLN (9940.ENSOARP00000004463) — abundance 6102AFDSI-PROTEOMICS-208
CFL1 (9940.ENSOARP00000019439) — abundance 5678AFDSI-PROTEOMICS-209
LGALS1 (9940.ENSOARP00000014976) — abundance 5646AFDSI-PROTEOMICS-210
PRDX1 (9940.ENSOARP00000001787) — abundance 5632AFDSI-PROTEOMICS-211
PRIDE — project-level reference (metadata only; no per-protein identifications are available via PRIDE's public API)
Amphiregulin drives mitochondrial vesicle packaging and delivery for immune modulation (PXD074552) ↗AFDSI-PROJREF-242
Proteomic and morphologic characterization of ovine macrophage differentiation and polarization – cell lysates (PXD069059) ↗AFDSI-PROJREF-243
Proteomic and morphologic characterization of ovine macrophage differentiation and polarization - secretomes (PXD068541) ↗AFDSI-PROJREF-244
Metabolomic and proteomic differences in susceptible and benzimidazole-resistant adult females and males of Haemonchus contortus (PXD067321) ↗AFDSI-PROJREF-245
Copper Trafficking in Sheep: A Pilot Proteomic Analysis of Enterocytes and Hepatocytes Under Dietary Copper Supplementation (PXD063823) ↗AFDSI-PROJREF-246
Identification and Characterisation of Taxonomically Informative Peptides (PXD062555) ↗AFDSI-PROJREF-247
Microbial alginate foraging is conserved in geographically and taxonomically distinct ruminant microbiomes (PXD059090) ↗AFDSI-PROJREF-251
ChEMBL rows are compounds active against a protein target from this organism — not confirmed as compounds the species itself produces, unlike ANPDB's.
ChEMBL: CHEMBL117222 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 69700.0 nMAFDSI-METABOLOMICS-637
ChEMBL: CHEMBL144658 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 40000.0 nMAFDSI-METABOLOMICS-623
ChEMBL: CHEMBL145283 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 40000.0 nMAFDSI-METABOLOMICS-624
ChEMBL: CHEMBL342799 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 12000.0 nMAFDSI-METABOLOMICS-625
ChEMBL: CHEMBL145354 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 1000000.0 nMAFDSI-METABOLOMICS-626
ChEMBL: CHEMBL145493 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 40000.0 nMAFDSI-METABOLOMICS-627
ChEMBL: CHEMBL344960 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 50000.0 nMAFDSI-METABOLOMICS-628
ChEMBL: CHEMBL144414 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 50000.0 nMAFDSI-METABOLOMICS-629
ChEMBL: CHEMBL144547 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 20000.0 nM
MetaboLights: Transcript variants of long-chain acyl-CoA synthase 1 have distinct roles in sheep lipid metabolism (View at source ↗)AFDSI-METABPROF-196
MetaboLights: Effects of Magnesium Potassium Sulfate on Tibetan Sheep Quality and Its Volatile and Non-Volatile Metabolic Substancesate the publication title (View at source ↗)AFDSI-METABPROF-194
MetaboLights: Characterisation of monophasic solvent-based tissue extractions for detection of polar metabolites and lipids applying UHPLC-MS clinical metabolic phenotyping assays (View at source ↗)AFDSI-METABPROF-65
MetaboLights: Effect of L-carnitine administration on lipid and metabolite content in sheep infraspinatus muscle after tendon release (View at source ↗)AFDSI-METABPROF-66
MetaboLights: Clostridium butyricum ameliorates meat quality in coccidiosis-affected sheep by rescuing thiamine diphosphate-mediated glucose metabolism (View at source ↗)AFDSI-METABPROF-186
MetaboLights: Metabolomics analysis of the effect of GnRH on the pregnancy rate of ewes with estrus synchronization scheme based on progesterone (View at source ↗)AFDSI-METABPROF-67
MetaboLights: Multi-omics reveals effects of several rumen bacteria on reproductive performance of sheep (View at source ↗)AFDSI-METABPROF-68
MetaboLights: Research on vaccine immunity based on gut microbiota and metabolomics The impact of pseudorabies virus infection (View at source ↗)AFDSI-METABPROF-69
MetaboLights: Transcriptomics and metabolomics analysis reveal the anti-oxidation and immune boosting effects of mulberry leaves in growing mutton sheep (View at source ↗)AFDSI-METABPROF-211
MetaboLights: Revealing the Adaptive Metabolic Differences of Different Sheep Breeds in Plateau Areas Based on the Gut-Heart Axis
pLDDT confidence: unknown
Auto-synced from PDBe 2n53 · View at source ↗
publiccc_byAFDSI-STRUCT-5561-V2pLDDT confidence: unknown
Auto-synced from PDBe 9h5d · View at source ↗
publiccc_byAFDSI-STRUCT-5567-V2pLDDT confidence: unknown
Auto-synced from PDBe 2pgd · View at source ↗
publiccc_byAFDSI-STRUCT-5526-V2pLDDT confidence: unknown
Auto-synced from PDBe 7jkc · View at source ↗
publiccc_byAFDSI-STRUCT-5542-V2pLDDT confidence: unknown
Auto-synced from PDBe 1eqg · View at source ↗
publiccc_byAFDSI-STRUCT-5549-V2camera_trap at Morocco · Source: GBIF 6251817006 (View at source ↗)AFDSI-IMG-4962
camera_trap at South Africa · Source: GBIF 6399933410 (View at source ↗)AFDSI-IMG-4964
camera_trap at South Africa · Source: GBIF 6251565191 (View at source ↗)AFDSI-IMG-4965
camera_trap at Saint Helena, Ascension and Tristan da Cunha · Source: GBIF 5036894286 (View at source ↗)AFDSI-IMG-4967
camera_trap at Morocco · Source: GBIF 5069961605 (View at source ↗)AFDSI-IMG-4970
camera_trap at Spain · Source: GBIF 6178341471 (View at source ↗)AFDSI-IMG-4974
camera_trap at Saint Helena, Ascension and Tristan da Cunha · Source: GBIF 5037178414 (View at source ↗)AFDSI-IMG-4979
camera_trap at Saint Helena, Ascension and Tristan da Cunha · Source: GBIF 5037265686 (View at source ↗)AFDSI-IMG-4980
camera_trap at Morocco · Source: GBIF 5087213827 (View at source ↗)AFDSI-IMG-4981
camera_trap at Egypt · Source: GBIF 5108163974 (View at source ↗)AFDSI-IMG-4985
BioImage Archive: In Support of: Developing mammary terminal duct lobular units have a dynamic mucosal and stromal immune microenvironment (View on source archive ↗)AFDSI-CELL-559
CIL: Don W. Fawcett (2011) CIL:35980, Litocranius walleri, Ovis aries, Sertoli cell. CIL. Dataset (View on source archive ↗)AFDSI-CELL-7693
CIL: Don W. Fawcett (2011) CIL:11358, Ovis aries, Cavia porcellus, spermatid, spermatocyte. CIL. Dataset (View on source archive ↗)AFDSI-CELL-7694
CIL: Don W. Fawcett (2011) CIL:11014, Ovis aries, Cricetulus griseus, spermatogonium. CIL. Dataset (View on source archive ↗)AFDSI-CELL-7695
CIL: Don W. Fawcett, Norton Gilula, Morris Karnovsky, A. Aoki, J.B. Wade, Martin Dym (2011) CIL:11193, Rattus, Ovis aries, Sertoli cell. CIL. Dataset (View on source archive ↗)AFDSI-CELL-7696
719 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.
A real, citation-backed link between this species and a documented pathogen or wildlife reservoir host — see the Pathogen-Reservoir page (under One Health) for the full pilot list.
Documented pathogen associated with this species: Mycoplasma capricolum Not yet assessed
Mycoplasma (M.) capricolum has been frequently isolated from diseased as well as from healthy sheep in Morocco.
Evidence: Taoudi A, Johnson DW, Kheyyali D, Kirchhoff H. Pathogenicity of Mycoplasma capricolum in sheep after experimental infection. Vet Microbiol (1987). https://doi.org/10.1016/0378-1135(87)90005-8. PMID: 3660581. AFDSI-ASSOC-7
Curated by Dr. Ichrak Hayah (Mohammed V University in Rabat, Morocco) · ORCID 0000-0002-0783-9672. Reviewed by the African DSI DataBank.
ChEMBL: CHEMBL144944 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 40000.0 nMAFDSI-METABOLOMICS-631
ChEMBL: CHEMBL143339 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 6000.0 nMAFDSI-METABOLOMICS-632
ChEMBL: CHEMBL276052 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Inhibition 93.0 %AFDSI-METABOLOMICS-633
ChEMBL: CHEMBL324837 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 105000.0 nMAFDSI-METABOLOMICS-634
ChEMBL: CHEMBL117635 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 49400.0 nMAFDSI-METABOLOMICS-635
ChEMBL: CHEMBL117478 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 32000.0 nMAFDSI-METABOLOMICS-636
ChEMBL: CHEMBL118011 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 26800.0 nMAFDSI-METABOLOMICS-638
ChEMBL: CHEMBL323860 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 nMAFDSI-METABOLOMICS-639
ChEMBL: CHEMBL116532 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 38700.0 nMAFDSI-METABOLOMICS-640
ChEMBL: CHEMBL323849 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 72200.0 nMAFDSI-METABOLOMICS-641
ChEMBL: CHEMBL118179 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 nMAFDSI-METABOLOMICS-642
ChEMBL: CHEMBL55238 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-643
ChEMBL: CHEMBL416298 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-644
ChEMBL: CHEMBL55897 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-645
ChEMBL: CHEMBL52897 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-646
ChEMBL: CHEMBL52083 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-647
ChEMBL: CHEMBL54651 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-648
ChEMBL: CHEMBL3144227 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 7.0 nMAFDSI-METABOLOMICS-649
ChEMBL: CHEMBL3144224 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 275.0 nMAFDSI-METABOLOMICS-650
ChEMBL: CHEMBL1160538 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 942.0 nMAFDSI-METABOLOMICS-651
ChEMBL: CHEMBL3144225 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 32.0 nMAFDSI-METABOLOMICS-652
ChEMBL: CHEMBL3144226 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 1100.0 nMAFDSI-METABOLOMICS-653
ChEMBL: CHEMBL3144221 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 59.0 nMAFDSI-METABOLOMICS-654
ChEMBL: CHEMBL3144218 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 67.0 nMAFDSI-METABOLOMICS-655
ChEMBL: CHEMBL3144223 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 71200.0 nMAFDSI-METABOLOMICS-656
ChEMBL: CHEMBL3144229 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 17.0 nMAFDSI-METABOLOMICS-657
ChEMBL: CHEMBL242568 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 1200.0 nMAFDSI-METABOLOMICS-658
ChEMBL: CHEMBL430382 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 10000.0 nMAFDSI-METABOLOMICS-659
ChEMBL: CHEMBL243697 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 1.8 nMAFDSI-METABOLOMICS-660
ChEMBL: CHEMBL243000 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 7.0 nMAFDSI-METABOLOMICS-661
ChEMBL: CHEMBL242999 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 0.47 nMAFDSI-METABOLOMICS-662
ChEMBL: CHEMBL429817 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 0.9 nMAFDSI-METABOLOMICS-663
ChEMBL: CHEMBL439558 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 24.0 nMAFDSI-METABOLOMICS-664
ChEMBL: CHEMBL242569 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 910.0 nMAFDSI-METABOLOMICS-665
ChEMBL: CHEMBL440952 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 190.0 nMAFDSI-METABOLOMICS-666
ChEMBL: CHEMBL243702 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 26.0 nMAFDSI-METABOLOMICS-667
MetaboLights: Genomic and lipidomic actions of nandrolone on detached rotator cuff muscle in sheep (View at source ↗)AFDSI-METABPROF-193
MetaboLights: Supplementing RP-Arg during the gestation and lactation periods of grazing sheep reprograms liver metabolism in offspring lambs by increasing IGF-1 in milk (View at source ↗)AFDSI-METABPROF-202
MetaboLights: Metabolome sequencing data of Hu Lambs (View at source ↗)AFDSI-METABPROF-203
MetaboLights: Metabolome sequencing data of Hu Lambs (View at source ↗)AFDSI-METABPROF-450
MetaboLights: Rumen Fluid Metabolomics Analysis of Sheep Under Different Grazing Intensities with Supplementary Feeding (View at source ↗)AFDSI-METABPROF-206
MetaboLights: Saline pasture improve meat quality in Qinghai Tibetan sheep through changes in the rumen microbiota (View at source ↗)AFDSI-METABPROF-199
MetaboLights: Gut-Muscle Axis Regulates Meat Quality in Lambs: Rumen Microbiota-Differentiated L-Arginine and Serotonin Signaling Mediates Muscle Lipid Remodeling (View at source ↗)AFDSI-METABPROF-187
MetaboLights: Effect of Zanthoxylum bungeanum essential oil on rumen enzyme activity, microbiome, and metabolites in lambs (View at source ↗)AFDSI-METABPROF-184
MetaboLights: Untargeted metabolomic analysis of lamb serum (View at source ↗)AFDSI-METABPROF-185
KEGG: KEGG genome-based metabolic profile (oas) (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-120
MetaboLights: Integrated metabolomics and transcriptome revealed the effect of fermented Lycium barbarum residue promoting Ovis aries immunity (View at source ↗)AFDSI-METABPROF-447