Predicting out bore prostate cancer focal laser ablation failure and biochemical relapse using the correlation with the surrounding tissue temperature parameters during treatment

Bibliographic Details
Main Authors: N. Mertziotis, D. Kozyrakis, D. Floratos, T. Alexopoulos, P. Kotsopoulos, K. Tzelepis, M. Lardas
Format: Article
Language:English
Published: Elsevier 2020-11-01
Series:European Urology Open Science
Online Access:http://www.sciencedirect.com/science/article/pii/S2666168320361826
id doaj-84575ad4558f4ebbbd01b270826a5411
record_format Article
spelling doaj-84575ad4558f4ebbbd01b270826a54112020-12-30T04:23:21ZengElsevierEuropean Urology Open Science2666-16832020-11-0121S114S115Predicting out bore prostate cancer focal laser ablation failure and biochemical relapse using the correlation with the surrounding tissue temperature parameters during treatmentN. MertziotisD. KozyrakisD. FloratosT. AlexopoulosP. KotsopoulosK. TzelepisM. Lardashttp://www.sciencedirect.com/science/article/pii/S2666168320361826
collection DOAJ
language English
format Article
sources DOAJ
author N. Mertziotis
D. Kozyrakis
D. Floratos
T. Alexopoulos
P. Kotsopoulos
K. Tzelepis
M. Lardas
spellingShingle N. Mertziotis
D. Kozyrakis
D. Floratos
T. Alexopoulos
P. Kotsopoulos
K. Tzelepis
M. Lardas
Predicting out bore prostate cancer focal laser ablation failure and biochemical relapse using the correlation with the surrounding tissue temperature parameters during treatment
European Urology Open Science
author_facet N. Mertziotis
D. Kozyrakis
D. Floratos
T. Alexopoulos
P. Kotsopoulos
K. Tzelepis
M. Lardas
author_sort N. Mertziotis
title Predicting out bore prostate cancer focal laser ablation failure and biochemical relapse using the correlation with the surrounding tissue temperature parameters during treatment
title_short Predicting out bore prostate cancer focal laser ablation failure and biochemical relapse using the correlation with the surrounding tissue temperature parameters during treatment
title_full Predicting out bore prostate cancer focal laser ablation failure and biochemical relapse using the correlation with the surrounding tissue temperature parameters during treatment
title_fullStr Predicting out bore prostate cancer focal laser ablation failure and biochemical relapse using the correlation with the surrounding tissue temperature parameters during treatment
title_full_unstemmed Predicting out bore prostate cancer focal laser ablation failure and biochemical relapse using the correlation with the surrounding tissue temperature parameters during treatment
title_sort predicting out bore prostate cancer focal laser ablation failure and biochemical relapse using the correlation with the surrounding tissue temperature parameters during treatment
publisher Elsevier
series European Urology Open Science
issn 2666-1683
publishDate 2020-11-01
url http://www.sciencedirect.com/science/article/pii/S2666168320361826
work_keys_str_mv AT nmertziotis predictingoutboreprostatecancerfocallaserablationfailureandbiochemicalrelapseusingthecorrelationwiththesurroundingtissuetemperatureparametersduringtreatment
AT dkozyrakis predictingoutboreprostatecancerfocallaserablationfailureandbiochemicalrelapseusingthecorrelationwiththesurroundingtissuetemperatureparametersduringtreatment
AT dfloratos predictingoutboreprostatecancerfocallaserablationfailureandbiochemicalrelapseusingthecorrelationwiththesurroundingtissuetemperatureparametersduringtreatment
AT talexopoulos predictingoutboreprostatecancerfocallaserablationfailureandbiochemicalrelapseusingthecorrelationwiththesurroundingtissuetemperatureparametersduringtreatment
AT pkotsopoulos predictingoutboreprostatecancerfocallaserablationfailureandbiochemicalrelapseusingthecorrelationwiththesurroundingtissuetemperatureparametersduringtreatment
AT ktzelepis predictingoutboreprostatecancerfocallaserablationfailureandbiochemicalrelapseusingthecorrelationwiththesurroundingtissuetemperatureparametersduringtreatment
AT mlardas predictingoutboreprostatecancerfocallaserablationfailureandbiochemicalrelapseusingthecorrelationwiththesurroundingtissuetemperatureparametersduringtreatment
_version_ 1724366157020921856