🧫
MitoPark mice were used to model PD progression, showing that Anxa1+ dopaminergic neurons are selectively lost earlier than other neuronal subtypes, with degeneration aligning with motor symptom development.
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experiment
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By: experiment_extractor
Quality:
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✓ SciDEX
ID: experiment-exp-db3fcfec39aa
🧫 Experiment Protocol
Animal Modelproposed
SUMMARY
MitoPark mice were used to model PD progression, showing that Anxa1+ dopaminergic neurons are selectively lost earlier than other neuronal subtypes, with degeneration aligning with motor symptom development.
METHODOLOGY NOTES
MitoPark mice model mitochondrial dysfunction in DANs; time course of Anxa1+ neuronal loss compared to motor symptom onset
tissue: ventral substantia nigra pars compactaspecies: mus_musculus
▸Metadatasource: {'pmid': '39763754', 'type': 'paper', 'e
| source | {'pmid': '39763754', 'type': 'paper', 'extracted_by': 'llm_extraction_v1'} |
| tissue | ventral substantia nigra pars compacta |
| species | mus_musculus |
| summary | MitoPark mice were used to model PD progression, showing that Anxa1+ dopaminergic neurons are selectively lost earlier than other neuronal subtypes, with degeneration aligning with motor symptom devel |
| sample_size | None |
| model_system | mouse |
| _schema_version | 1 |
| experiment_type | animal_model |
| methodology_notes | MitoPark mice model mitochondrial dysfunction in DANs; time course of Anxa1+ neuronal loss compared to motor symptom onset |
| replication_status | single_study |
| extraction_metadata | {'needs_review': False, 'extraction_date': '2026-04-28T06:28:06.383241+00:00', 'extraction_notes': '', 'extraction_confidence': 0.5} |
| statistical_evidence | None |
📊 Evidence Profile
Evidence Balance
+0%
Certainty
0%
Debates
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Incoming
0
Outgoing
0
0 supporting
0 contradicting
0 neutral
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