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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 →
malaria parasite P. ovale
taxon 36330No local or indigenous names recorded yet.
Not yet assessed
Occurrence records: Too few records to say. No occurrence records or genome countries found (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.
Origin: hub
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First synced: 8/26/2026 · Last updated: 8/26/2026
Source: NCBI GCA_977926815.1 · View at source ↗
Collection: Mali · Sex: not collected
Sequencing: PacBio,Arima · various · 79x coverage
Released: 2026-01-18 · Submitted by: WELLCOME SANGER INSTITUTE
publiccc0AFDSI-SEQ-386 Benefit-sharing under CBD Decision 16/2 and national frameworks →Country of origin: ML · PIC: unknown · MAT: unknown
GoaT: Chromosome assembly · 0.03 Gb · scaffold N50 1,039,375 · BUSCO 58.1% complete · 14 chromosomes · View at source ↗
Publicly accessible — no request needed.
FNT — 313 aa
DBP — 900 aa
Origin: hub
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First synced: 8/26/2026 · Last updated: 8/26/2026
Source: NCBI MW872056.1 · View at source ↗
Collection: China
Released: 2021-10-10
publiccc0AFDSI-SEQ-653 Benefit-sharing under CBD Decision 16/2 and national frameworks →Country of origin: CN · PIC: unknown · MAT: unknown
Publicly accessible — no request needed.
No AlphaFold DB proteome found for this species.
ChEMBL rows are compounds active against a protein target from this organism — not confirmed as compounds the species itself produces, unlike ANPDB's.
ChEMBL: CHLOROQUINE (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; Ratio 150.0AFDSI-METABOLOMICS-714
ChEMBL: ARTESUNATE (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 1.28 nMAFDSI-METABOLOMICS-715
ChEMBL: PIPERAQUINE (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 7.57 nMAFDSI-METABOLOMICS-716
ChEMBL: CHEMBL1630 (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 4.3 nMAFDSI-METABOLOMICS-717
ChEMBL: MEFLOQUINE (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 23.8 nMAFDSI-METABOLOMICS-718
ChEMBL: PYRONARIDINE (View at source ↗) — Target organism (ChEMBL) — not confirmed as a compound this species produces; IC50 0.72 nMAFDSI-METABOLOMICS-719
pLDDT confidence: 91.8
Auto-synced from AlphaFold DB AF-A0A1D3TGZ2-F1 · View at source ↗
publiccc_byAFDSI-STRUCT-5605-V1pLDDT confidence: 54.6
Auto-synced from AlphaFold DB AF-A0A1D3JCW7-F1 · View at source ↗
publiccc_byAFDSI-STRUCT-5606-V1BioImage Archive: Striated fiber assemblins and associated proteins in Plasmodium falciparum (View on source archive ↗)AFDSI-CELL-618
BioImage Archive: Striated fiber assemblins in Plasmodium berghei (View on source archive ↗)AFDSI-CELL-615
BioImage Archive: Plasmodium falciparum impairs Ang-1 secretion by pericytes in a 3D brain microvessel model (View on source archive ↗)AFDSI-CELL-616
BioImage Archive: Rhoptry biogenesis in Plasmodium sporozoites is uncoupled from mitosis and forms distinct pairs (View on source archive ↗)AFDSI-CELL-612
BioImage Archive: Actomyosin forces and the energetics of red blood cell invasion by the malaria parasite Plasmodium falciparum (View on source archive ↗)AFDSI-CELL-613
BioImage Archive: tRNA lysidinylation is essential for the minimal translation system found in the apicoplast of Plasmodium falciparum (View on source archive ↗)AFDSI-CELL-614
BioImage Archive: Machine Learning-based Phenotypic Imaging to Characterise the Targetable Biology of Plasmodium falciparum Male Gametocytes for Transmission-Blocking Antimalarials (View on source archive ↗)AFDSI-CELL-617
BioImage Archive: A machine learning approach to define antimalarial drug action from heterogeneous cell-based screens (OME-NGFF) (View on source archive ↗)AFDSI-CELL-619
BioImage Archive: The CCCH-type zinc-finger PfMD3 promotes translation for malaria parasite transmission (View on source archive ↗)AFDSI-CELL-620
BioImage Archive: Automated confocal feedback imaging of Plasmodium berghei liver stage translation (View on source archive ↗)AFDSI-CELL-621
A node's own derived bioinformatics-analysis output (e.g. an SSR/microsatellite discovery archive) run against this species' own genome data — see the Derived Analysis page for the full catalog.
MegaSSR — ssr_discovery
derived from genome record AFDSI-SEQ-386
File: GCA_977926815.1_megassr_results.tar.gz
Tool version: MegaSSR v3.0.0 (UM6P patched)
Native — captured by Northern-MA-UM6P-8787752738 · View at source ↗
cc_by public Country of origin not recorded: see how benefit-sharing works →
AFDSI-ANALYSIS-18243There are more related species. Open the species tree to see them all.