Measurement and prediction of thermal behavior and acute assessment of injury in a pig model of renal cryosurgery

Schmidlin, Franz; Rupp, C C; Hoffmann, N E; Coad, J E; Swanlund, D J; Hulbert, J C; Bischof, J C

doi:10.1089/089277901750134584

Scientific article

English

Measurement and prediction of thermal behavior and acute assessment of injury in a pig model of renal cryosurgery

ContributorsSchmidlin, Franz; Rupp, C C; Hoffmann, N E; Coad, J E; Swanlund, D J; Hulbert, J C; Bischof, J C

Published inJournal of endourology, vol. 15, no. 2, p. 193-197

Publication date2001

Abstract

To analyze in vivo end temperatures and histologic injury in a standardized cryo-iceball using a porcine kidney model in order to establish the threshold temperature for tissue ablation. To evaluate the ability to predict end temperatures using a thermal finite element model.

Keywords

Animals
Cryosurgery/adverse effects
Differential Threshold
Kidney/pathology/surgery
Models, Theoretical
Reproducibility of Results
Swine
Temperature

Affiliation entities

Faculté de médecine / Section de médecine clinique / Département de chirurgie

Research groups

Groupe Iselin Christophe (urologie) (106)

Citation (ISO format)

SCHMIDLIN, Franz et al. Measurement and prediction of thermal behavior and acute assessment of injury in a pig model of renal cryosurgery. In: Journal of endourology, 2001, vol. 15, n° 2, p. 193–197. doi: 10.1089/089277901750134584

Article (Published version)

Identifiers

PID : unige:48146
DOI : 10.1089/089277901750134584
PMID : 11325092

Journal ISSN0892-7790

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Creation11/03/2015 15:44:00

First validation11/03/2015 15:44:00

Update14/03/2023 23:01:23

Status update14/03/2023 23:01:23

Last indexation30/10/2024 23:29:59

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Measurement and prediction of thermal behavior and acute assessment of injury in a pig model of renal cryosurgery

To analyze in vivo end temperatures and histologic injury in a standardized cryo-iceball using a porcine kidney model in order to establish the threshold temperature for tissue ablation. To evaluate the ability to predict end temperatures using a thermal finite element model.

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