EV-surface aptamer targets — membrane-surface vs cargo, ranked (view)

Data license: CC BY 4.0 · Data source: apt-scout automated curation pipeline (E. Dohi, NCNP) — values harvested from public databases; raw source stored per target

surface_class

PREDICTED topology: A_surface (ecto, predicted accessible) / A2_pm_peripheral (cytoplasmic leaflet, predicted not accessible) / A_assoc (secreted/corona). Confirm experimentally.

surface_evidence

Which HPA field drove the call (no fabrication).

ev_map_hallmark

1 = EV-Map conserved EV-hallmark protein (Rai & Greening 2025) — strongest evidence it is on circulating EVs.

targetability_score

Composite: 1.0[integral surface] + 0.8[EV-Map hallmark] + 0.3[in EV proteome] + 0.4[has PDB] + 0.3 min(disease,1) + 0.2[approved drug]. Heuristic, NOT experimental.

pdb_count

Experimental PDB structures available to design against.

disease_score

Open Targets top disease association score.

428 rows where in_cev_map = 1 and surface_class = "A_surface" sorted by targetability_score descending

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CREATE VIEW v_surface_targets AS
SELECT s.target_id AS id, n.gene_symbol, n.protein_name, s.surface_class, s.surface_evidence,
  e.cev_map_is_ev_hallmark AS ev_map_hallmark, e.in_cev_map, e.in_vesiclepedia, e.in_exocarta,
  l1.pdb_count_total AS pdb_count, l5.opentargets_top_disease_name AS top_disease,
  l5.opentargets_top_disease_score AS disease_score, l3.drug_count_approved,
  ROUND(
    (CASE WHEN s.surface_class='A_surface' THEN 1.0 ELSE 0 END)
    + 0.8*COALESCE(e.cev_map_is_ev_hallmark,0)
    + 0.3*(CASE WHEN COALESCE(e.in_cev_map,0)+COALESCE(e.in_vesiclepedia,0)+COALESCE(e.in_exocarta,0)>0 THEN 1 ELSE 0 END)
    + 0.4*(CASE WHEN CAST(COALESCE(l1.pdb_count_total,0) AS INTEGER)>0 THEN 1 ELSE 0 END)
    + 0.3*MIN(COALESCE(l5.opentargets_top_disease_score,0),1.0)
    + 0.2*(CASE WHEN CAST(COALESCE(l3.drug_count_approved,0) AS INTEGER)>0 THEN 1 ELSE 0 END)
  ,3) AS targetability_score
FROM membrane_surface_class s
LEFT JOIN target_names n ON n.target_id=s.target_id
LEFT JOIN target_layer4_expression e ON e.target_id=s.target_id
LEFT JOIN target_layer1_structure l1 ON l1.target_id=s.target_id
LEFT JOIN target_layer3_interaction l3 ON l3.target_id=s.target_id
LEFT JOIN target_layer5_disease l5 ON l5.target_id=s.target_id
WHERE s.surface_class IN ('A_surface','A2_pm_peripheral','A_assoc');