Tarcisi Cantieni

For the newly proposed CV-AVM angioarchitecture, the computational model predicts increased arterio-venous contrast agent transit times and highly dispersive transport characteristics, compared to microfistular, interstitial type IV AVMs and high flow type II and III AVMs. We related these findings to time-contrast intensity curves sampled from clinical angiographies and found that there is strong evidence for the existence of CV-AVM.

To explore the use of time‐frequency analysis as an analytical tool to automatically detect pattern changes in bladder pressure recordings of patients with overactive bladder (OAB). To provide quantitative data on the bladder's non‐voiding activity which could improve the current diagnosis and potentially the treatment of OAB. We developed an algorithm, based on time‐frequency analysis, to analyze bladder pressure during the filling phase of urodynamic studies.

To explore the use of time-frequency analysis as an analytical tool to automatically detect pattern changes in bladder pressure recordings of patients with overactive bladder (OAB). To provide quantitative data on the bladder's non-voiding activity which could improve the current diagnosis and potentially the treatment of OAB. We developed an algorithm, based on time-frequency analysis, to analyze bladder pressure during the filling phase of urodynamic studies.