Publications

CONCLUSION: FLORET-UTE enables quantitative 3-D MR thermometry of frozen tissue with < 20 s temporal resolution and < 2°C accuracy, overcoming the speed limitations of earlier UTE methods. The technique is a promising candidate for real-time MR-guided cryoablation and warrants in vivo evaluation.

CONCLUSION: FLORET-UTE enables quantitative 3-D MR thermometry of frozen tissue with < 20 s temporal resolution and < 2°C accuracy, overcoming the speed limitations of earlier UTE methods. The technique is a promising candidate for real-time MR-guided cryoablation and warrants in vivo evaluation.

CONCLUSION: FLORET-UTE enables quantitative 3-D MR thermometry of frozen tissue with < 20 s temporal resolution and < 2°C accuracy, overcoming the speed limitations of earlier UTE methods. The technique is a promising candidate for real-time MR-guided cryoablation and warrants in vivo evaluation.

CONCLUSION: FLORET-UTE enables quantitative 3-D MR thermometry of frozen tissue with < 20 s temporal resolution and < 2°C accuracy, overcoming the speed limitations of earlier UTE methods. The technique is a promising candidate for real-time MR-guided cryoablation and warrants in vivo evaluation.

CONCLUSION: FLORET-UTE enables quantitative 3-D MR thermometry of frozen tissue with < 20 s temporal resolution and < 2°C accuracy, overcoming the speed limitations of earlier UTE methods. The technique is a promising candidate for real-time MR-guided cryoablation and warrants in vivo evaluation.

CONCLUSION: FLORET-UTE enables quantitative 3-D MR thermometry of frozen tissue with < 20 s temporal resolution and < 2°C accuracy, overcoming the speed limitations of earlier UTE methods. The technique is a promising candidate for real-time MR-guided cryoablation and warrants in vivo evaluation.

CONCLUSION: FLORET-UTE enables quantitative 3-D MR thermometry of frozen tissue with < 20 s temporal resolution and < 2°C accuracy, overcoming the speed limitations of earlier UTE methods. The technique is a promising candidate for real-time MR-guided cryoablation and warrants in vivo evaluation.

CONCLUSION: FLORET-UTE enables quantitative 3-D MR thermometry of frozen tissue with < 20 s temporal resolution and < 2°C accuracy, overcoming the speed limitations of earlier UTE methods. The technique is a promising candidate for real-time MR-guided cryoablation and warrants in vivo evaluation.

CONCLUSION: FLORET-UTE enables quantitative 3-D MR thermometry of frozen tissue with < 20 s temporal resolution and < 2°C accuracy, overcoming the speed limitations of earlier UTE methods. The technique is a promising candidate for real-time MR-guided cryoablation and warrants in vivo evaluation.

CONCLUSION: FLORET-UTE enables quantitative 3-D MR thermometry of frozen tissue with < 20 s temporal resolution and < 2°C accuracy, overcoming the speed limitations of earlier UTE methods. The technique is a promising candidate for real-time MR-guided cryoablation and warrants in vivo evaluation.