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Advancing toward precision migraine treatment: Predicting responses to preventive medications with machine learning models based on patient and migraine features.

Chia-Chun ChiangTodd J SchwedtGina M DumkriegerLiguo WangChieh-Ju ChaoHeather A OuelletteImon BanerjeeYi-Chieh ChenBrandon M JonesKrista M BurkeHan WangAnn M MurrayMonique M MontenegroJennifer I SternMark WhealyNarayan KissoonFred M Cutrer
Published in: Headache (2024)
We developed an accurate prediction model for CGRP mAbs treatment response, leveraging detailed migraine features gathered from a headache questionnaire before starting treatment. Employing the same methods, the model performances for other medications were less impressive, though similar to the machine learning models reported in the literature for other diseases. This may be due to CGRP mAbs being migraine-specific. Incorporating medical comorbidities, genomic, and imaging factors might enhance the model performance. We demonstrated that migraine characteristics are important in predicting treatment responses and identified the most crucial predictors for each of the seven types of preventive medications. Our results suggest that precision migraine treatment is feasible.
Keyphrases
  • machine learning
  • healthcare
  • high resolution
  • combination therapy
  • artificial intelligence
  • big data
  • photodynamic therapy
  • smoking cessation