{"contract_version":"web-product-v1","provenance":{"source_url":"https://link.springer.com/article/10.1186/s12906-026-05664-0","content_hash":"d7ac656e3801b95e3942ee86a6681a1e9121136dbc3e79dfd451fb0a14f81878","story_version":1,"source_revision":null,"source_revision_status":"NOT_RECORDED_IN_PUBLIC_STORY_SCHEMA","publication_updated_at":"2026-11-05T14:48:06Z","published_at":"2026-11-03T00:00:00+00:00","hash_scope":"RECORDED_ARCHIVE_HASH_NOT_VERIFIED_ORIGINAL_BYTES"},"corrections":{"status":"PENDING_EVIDENCE","versions":[],"reason":"PUBLIC_CORRECTION_PUBLICATION_CONTRACT_REQUIRED"},"living_event":{"status":"PENDING_EVIDENCE","sources":[],"claims":[],"evidence":[],"counterevidence":[],"timeline":[],"uncertainty":[],"relations":[],"reason":"AUTHORIZED_PUBLIC_CHILD_PUBLICATION_CONTRACT_REQUIRED"},"analysis":{"contract_version":"web-product-v1","status":"PENDING_EVIDENCE","sections":[],"required_section_count":12,"section_slots":[{"section_id":1,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":2,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":3,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":4,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":5,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":6,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":7,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":8,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":9,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":10,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":11,"status":"MISSING_APPROVED_REPORT_DATA"},{"section_id":12,"status":"MISSING_APPROVED_REPORT_DATA"}],"source_story":{"story_id":142401,"version":1,"content_hash":"d7ac656e3801b95e3942ee86a6681a1e9121136dbc3e79dfd451fb0a14f81878"},"approved_heading_mapping":"PENDING_EVIDENCE","depth":null,"reason":"APPROVED_ANALYSIS_PUBLICATION_AND_HEADING_CONTRACT_REQUIRED"},"story":{"story_id":142401,"title":"Vanillic acid attenuates paraquat-induced oxidative, mitochondrial, and acetylcholinesterase alterations in SH-SY5Y cells","summary":"Background Paraquat (PQ) is a widely used herbicide with well-documented neurotoxic potential, largely associated with redox cycling, oxidative stress, and mitochondrial dysfunction. Excessive reactive oxygen species (ROS) generation following PQ exposure disrupts cellular redox homeostasis and contributes to neuronal cell injury. Vanillic acid (VA), a naturally occurring phenolic compound, has antioxidant and cytoprotective properties. This study investigated whether VA attenuates PQ-induced ce","category":"fitoterapi","country":"","published_at":"2026-11-03T00:00:00+00:00","source_url":"https://link.springer.com/article/10.1186/s12906-026-05664-0","language":"en","status":"PUBLISHED","version":1,"content_hash":"d7ac656e3801b95e3942ee86a6681a1e9121136dbc3e79dfd451fb0a14f81878","subcategory":"","image_url":null,"publication_updated_at":"2026-11-05T14:48:06Z","degree":"D3","source_language_status":"KNOWN","masa_classification_status":"RECORDED","spam_assessment_status":"RECORDED","source_language":"en"},"entities":[],"related":[],"timeline":[],"evidence_visibility":"PENDING_PUBLICATION_CONTRACT","living_event_status":"PENDING_AUTHORIZED_API_CONTRACT"}