Additional file 4 of PTK2-associated gene signature could predict the prognosis of IPF
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posted on 2024-08-14, 09:31 authored by Anlin Feng, Yesenia Moreno Caro, Colin Gardner, Garrett Grischo, Ying Liang, Praveen D. Wickremasinghe, Michaela Polmann, Mrinalini Kala, Timothy Marlowe, Stephen M. Black, Kenneth S. Knox, Ting WangAdditional file 4: Figure S3. RAW Image of pY397-FAK. Western blot analysis was conducted for pY397-FAK.
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National Heart, Lung, and Blood Institute
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smooth muscle actinfocal adhesion kinaseevaluating clinical outcomesvaluable therapeutic targetfatal lung diseasefak ), producedptk2 inhibitor defactinibpredict disease prognosisrisk group acrossinduced fak activationgene signature basedptk2 molecular signaturepredict ipf prognosisipf patients comparedblood ptk2 levelsmolecular targetfak activationptk2 levelsactivation levelsgene signaturelung tissuesfak mayblood cells196 ptk2poor prognosisipf patientsipf developmentvalidation cohortsstudy aimedreduce tgfβprognostic biomarkermicroarray datalimited sensitivitylesional fibroblastsincrease αimmune pathwaysimmune cellshealthy controlsfunctional enrichmentfindings suggestedassociated genes11 genes
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