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Patient with L4 traumatic collapse treated by L3–L5 posterior stabilization through transpedicular screws, L3 decompression, L3 prosthesis positioning after 4 months (Obelisc) through anterolateral approach.

Patient with odontoid traumatic fracture treated by posterior stabilization through screws in C1 lateral process and in C2 isthmus peduncles.

Patient with grade II C5–C6 anterior traumatic listesis treated by stabilization through metallic screws, anterior decompression, diskectomy and intervertebral C5–C6 mesh positioning.

1 month after transplant: D6–D8 laminotomy and stem cells injection in fluid solution through microinjectors

Patient with recurrent herniated disk already treated by left L4–L5 interlaminotomy and hernia removal

Patient with L2 traumatic collapse treated by L1–L2–L3 stabilization through transpedicular screws and L2–L3 bilateral laminotomy

Patient with D6–D11 traumatic collapses treated by posterior double stabilization through transpedicular screws at D10, D11, and D12. D10–D11 laminectomy.

Patient with herniated disk and canal stenosis treated by diskectomy with posterolateral transpedicular approach and further surgery of laminectomy and pedicular stabilization

Patient with vertebral instability in grade II C1–C2 degenerative listhesis treated by stabilization through screws positioned in C1 lateral process and in C2 isthmus. C0–C1 posterior decompression (laminectomy and foramen opening).

53-year-old patient affected by right temporal glioblastoma multiforme treated with subtotal surgery, combined radiation therapy-chemotherapy, and second- and third-line adjuvant chemotherapy Multimodal CT/MR follow-up with morphologic and perfusion studies performed preoperatively and at 1, 4 and 8 months after surgery and combined radiation therapy-chemotherapy

45-year-old patient with bilateral frontal anaplastic oligoastrocytoma treated with subtotal resection and subsequent combined radiation therapy-chemotherapy Morphofunctional MR follow-up performed with morphologic study, perfusion and spectroscopy preoperatively and at 3 months after surgery and radiation therapy-chemotherapy

30-year-old patient with right frontal glioblastoma multiforme treated with surgery and combined radiation therapy-chemotherapy Morphologic CT/MR studies performed at 5 months (following diastasis of the craniotomy bone flap with underlying purulent collection and subsequent acrylic resin cranioplasty) and at 12 months after resection

71-year-old patient affected by right parietal gemistocytic astrocytoma treated with subtotal resection and subsequent combined radiation therapy-chemotherapy Morphofunctional MR follow-up performed with morphologic study, perfusion and spectroscopy preoperatively and at 3 months after surgery and radiation therapy-chemotherapy

58-year-old patient with right frontal-temporal-parietal-insular anaplastic oligodendroglioma treated with surgery and subsequent combined radiation therapy-chemotherapy and second-line chemotherapy Morphofunctional MR follow-up performed with morphologic study, perfusion and spectroscopy preoperatively and at 10, 15 and 19 months after surgery and combined chemotherapy

Il ricorso a indagini radiologiche rappresenta un elemento consolidato della prassi medica, giustificato da sicuri vantaggi clinici per i pazienti.

L’impetuoso sviluppo tecnologico, l’introduzione di nuove apparecchiature diagnostiche e i progressi della scienza medica hanno indotto un notevole incremento del numero di esami radiologici eseguiti, amplificando le difficolta dovute al loro trasporto e alla loro archiviazione. Il concetto di “informatizzazione della radiologia” nasce con la finalita di risolvere le problematiche connesse al sistema convenzionale, basato su pellicole e referti cartacei. Infatti l’avvento dei sistemi informativi ha permesso un trattamento dei dati e delle immagini piu veloce, efficiente e funzionale alla pratica clinica.