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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 →
taxon 4513Not yet assessed
Occurrence records: Recorded mostly outside Africa. 29,741 of 355,099 GBIF records (8%) 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 Hordeum vulgare 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_949783315.1 · View at source ↗
Collection: Ethiopia
Sequencing: Illumina Novaseq 6000, PacBio Sequel II · TRITEX (long-read) commit cf605a4 · 134x coverage
Released: 2024-02-06 · Submitted by: Leibniz Institute of Plant Genetics and Crop Plant Research
publiccc0AFDSI-SEQ-211 Benefit-sharing under CBD Decision 16/2 and national frameworks →Country of origin: ET · PIC: unknown · MAT: unknown
GoaT: Contig assembly · 0.16 Gb · scaffold N50 251 · BUSCO 1.5% complete · View at source ↗
Publicly accessible — no request needed.
WAXY — 603 aa
protein 4747 — 513 aa
EPB2 — 373 aa
NAR-7 — 891 aa
protein 4750 — 508 aa
CBP2 — 476 aa
protein 4752 — 201 aa
LOX2.1 — 936 aa
HB — 162 aa
AMY1.1 — 438 aa
Origin: hub
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First synced: 8/26/2026 · Last updated: 8/26/2026
Source: NCBI LC939281.1 · View at source ↗
Collection: Japan: Kurashiki
Released: 2026-06-19
publiccc0AFDSI-SEQ-687 Benefit-sharing under CBD Decision 16/2 and national frameworks →Country of origin: JP · PIC: unknown · MAT: unknown
Publicly accessible — no request needed.
No AlphaFold DB proteome found for this species.
PRIDE — project-level reference (metadata only; no per-protein identifications are available via PRIDE's public API)
Temperature and Raw Material Impact on Gluten Digestibility and Immunoreactive Peptides in Wheat, Rye, and Barley (PXD080314) ↗AFDSI-PROJREF-188
Multi-omics of barley Fusarium Head Blight converge on pathogen-triggered biosynthesis of aromatic amino acid derived chemical defense compounds (PXD068736) ↗AFDSI-PROJREF-190
Proteomics Analysis of Celiac Disease-Active Peptides in Food Products with Partially Hydrolyzed Gluten (PXD068276) ↗AFDSI-PROJREF-191
Characterizing Peptidase Activity of Barley Endoprotease B in Complex Technical Matrices of the Beer Brewing Process (PXD067323) ↗AFDSI-PROJREF-192
What’s left from the brew? Investigating residual barley proteins in spent grains for downstream valorization opportunities (PXD062029) ↗AFDSI-PROJREF-193
Identification of celiac-disease active peptides in gluten-free beers by nanoLC-MS/MS (PXD059719) ↗AFDSI-PROJREF-194
Anionic phospholipids connect barley ROP signaling with resistance and susceptibility to fungal cell entry (PXD056811) ↗AFDSI-PROJREF-196
ChEMBL rows are compounds active against a protein target from this organism — not confirmed as compounds the species itself produces, unlike ANPDB's.
ChEMBL: (-)-CATECHIN (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-369
ChEMBL: CIANIDANOL (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-370
ChEMBL: QUERCETIN (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-371
ChEMBL: MYRICETIN (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-372
ChEMBL: 4,4'-DIHYDROXYCHALCONE (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-373
ChEMBL: CHEMBL200292 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-374
ChEMBL: 4-HYDROXYCHALCONE (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-375
ChEMBL: CHEMBL147067 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-376
ChEMBL: CHEMBL129510 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-377
MetaboLights: Profiles of phenolic secondary metabolites in plants of barley (Hordeum vulgare L.) (View at source ↗)AFDSI-METABPROF-52
MetaboLights: The timing of bacterial mesophyll infection shapes the leaf chemical landscape during the interaction (View at source ↗)AFDSI-METABPROF-53
MetaboLights: Revealing the constituents of Egypt’s oldest beer using infrared and mass spectrometry (View at source ↗)AFDSI-METABPROF-54
MetaboLights: Environmental impacts on barley grain composition and longevity (View at source ↗)AFDSI-METABPROF-55
MetaboLights: Improvement of prediction ability by integrating multi-omic datasets in barley (View at source ↗)AFDSI-METABPROF-56
MetaboLights: Metabolomic Aspects of Conservative and Resistance-related Elements of Response to Fusarium culmorum in the Grass Family (View at source ↗)AFDSI-METABPROF-181
pLDDT confidence: 91.5
Auto-synced from AlphaFold DB AF-Q9ZRR5-F1 · View at source ↗
publiccc_byAFDSI-STRUCT-12073-V2pLDDT confidence: 83.8
Auto-synced from AlphaFold DB AF-P42210-F1 · View at source ↗
publiccc_byAFDSI-STRUCT-5280-V2pLDDT confidence: 92.3
Auto-synced from AlphaFold DB AF-Q42831-F1 · View at source ↗
publiccc_byAFDSI-STRUCT-5284-V2pLDDT confidence: 98.5
Auto-synced from AlphaFold DB AF-P45850-F1 · View at source ↗
publiccc_byAFDSI-STRUCT-5282-V2pLDDT confidence: 94.4
Auto-synced from AlphaFold DB AF-P00693-F1 · View at source ↗
publiccc_byAFDSI-STRUCT-5285-V2camera_trap at Morocco · Source: GBIF 6234309167 (View at source ↗)AFDSI-IMG-2199
camera_trap at Rwanda · Source: GBIF 5889394665 (View at source ↗)AFDSI-IMG-2200
camera_trap at South Africa · Source: GBIF 4994181808 (View at source ↗)AFDSI-IMG-2202
camera_trap at Ethiopia · Source: GBIF 4994492907 (View at source ↗)AFDSI-IMG-2203
camera_trap at Morocco · Source: GBIF 4096468712 (View at source ↗)AFDSI-IMG-2207
camera_trap at Spain · Source: GBIF 6273789454 (View at source ↗)AFDSI-IMG-2230
camera_trap at Morocco · Source: GBIF 6147341968 (View at source ↗)AFDSI-IMG-2234
camera_trap at South Africa · Source: GBIF 5838037203 (View at source ↗)AFDSI-IMG-2235
camera_trap at Ethiopia · Source: GBIF 6147171975 (View at source ↗)AFDSI-IMG-2237
camera_trap at Algeria · Source: GBIF 4908557177 (View at source ↗)AFDSI-IMG-2238
BioImage Archive: SeedGerm-VIG Image Series (View on source archive ↗)AFDSI-CELL-429
BioImage Archive: CLAVATA signalling shapes barley inflorescence by controlling activity and determinacy of shoot meristem and rachilla (View on source archive ↗)AFDSI-CELL-430
BioImage Archive: (View on source archive ↗)AFDSI-CELL-431
BioImage Archive: NFDI4BIOIMAGE Calendar 2025 (View on source archive ↗)AFDSI-CELL-432
BioImage Archive: Darwin Tree of Life - NHM samples image catalogue (View on source archive ↗)AFDSI-CELL-433
BioImage Archive: A bench-top Dark-Root device built with LEGO® bricks enables a non-invasive plant root development analysis in soil conditions mirroring nature (View on source archive ↗)AFDSI-CELL-1293
40,163 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.
Genomes are often recorded at strain level. These entries belong to this species.
ChEMBL: CHEMBL197914 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-378
ChEMBL: CHEMBL2270643 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 3.0 nMAFDSI-METABOLOMICS-379
ChEMBL: CHEMBL38166 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Activity 1.5 uMAFDSI-METABOLOMICS-380
ChEMBL: PAPYRACILLIC ACID (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-381
ChEMBL: (5S,8R,13S,16R)-(-)-PYRENOPHOROL (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; ActivityAFDSI-METABOLOMICS-382
ChEMBL: (8R,16R)-(-)-pyrenophorin (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ratio 1.4AFDSI-METABOLOMICS-383
ChEMBL: CHEMBL3616593 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ki 10000000.0 nMAFDSI-METABOLOMICS-384