Rethinking white matter–tumor interaction: a tractography based analysis of associations between fractional anisotropy and morphometry in the IFOF and arcuate fasciculus - Quiz - MDSpire

Rethinking white matter–tumor interaction: a tractography based analysis of associations between fractional anisotropy and morphometry in the IFOF and arcuate fasciculus

  • By

  • Roberto Altieri

  • Lorenzo Ugga

  • Andrea Bianconi

  • Stefano Caneva

  • Ferdinando Caranci

  • Giovanni Cirillo

  • Fabio Cofano

  • Sergio Corvino

  • Oreste de Divitiis

  • Giuseppe Maria Della Pepa

  • Donatella Franco

  • Ciro De Luca

  • Pietro Fiaschi

  • Gianluca Galieri

  • Diego Garbossa

  • Giuseppe La Rocca

  • Salvatore Marino

  • Edoardo Mazzucchi

  • Grazia Menna

  • Antonio Mezzogiorno

  • Alberto Morello

  • Alessandro Olivi

  • Michele Papa

  • Daniela Pacella

  • Rosellina Russo

  • Giovanni Sabatino

  • Giovanna Sepe

  • Assunta Virtuoso

  • Giovanni Vitale

  • Giuseppe Vitale

  • Gianluigi Zona

  • Manlio Barbarisi

  • July 7, 2026

  • 0 min

Share

Original Source(s)

Rethinking white matter–tumor interaction: a tractography based analysis of associations between fractional anisotropy and morphometry in the IFOF and arcuate fasciculus

  • by Roberto Altieri, Lorenzo Ugga, Andrea Bianconi, Stefano Caneva, Ferdinando Caranci, Giovanni Cirillo, Fabio Cofano, Sergio Corvino, Oreste de Divitiis, Giuseppe Maria Della Pepa, Donatella Franco, Ciro De Luca, Pietro Fiaschi, Gianluca Galieri, Diego Garbossa, Giuseppe La Rocca, Salvatore Marino, Edoardo Mazzucchi, Grazia Menna, Antonio Mezzogiorno, Alberto Morello, Alessandro Olivi, Michele Papa, Daniela Pacella, Rosellina Russo, Giovanni Sabatino, Giovanna Sepe, Assunta Virtuoso, Giovanni Vitale, Giuseppe Vitale, Gianluigi Zona, Manlio Barbarisi

  • July 7, 2026

Related Content

ctDNA-guided precision therapy with trastuzumab deruxtecan plus pyrotinib in HER2-positive breast cancer brain metastases: a case report

Efficacy of chemoradiotherapy in pediatric H3K27M-mutant diffuse intrinsic pontine glioma: a study based on single-center and SEER data

Hetairos is a histology-based artificial intelligence model for predicting central nervous system tumor methylation subtypes