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Clinical Trial Summary

Although monitoring fluid balance for continuous renal replacement therapy-treated patients is an important issue, most physicians usually use conventional methods such as the difference between the amount of intake and output (I & O), which is not objective way. Meanwhile, bioimpedance electrical vector analysis presents the patients' fluid status with more objective data. Thus, the investigators will investigate the clinical benefit for monitoring fluid balance when the investigators use InBody S10, one of representative bioimpedance electrical vector analysis, compared with conventional methods among the patients who need continuous renal replacement therapy.


Clinical Trial Description

Although monitoring fluid balance for continuous renal replacement therapy-treated patients is an important issue, most physicians usually use conventional methods such as the difference between the amount of intake and output (I & O), which is not objective way.

Meanwhile, bioimpedance electrical vector analysis presents the patients' fluid status with more objective data.

Thus, the investigators will investigate the clinical benefit for monitoring fluid balance by using InBody S10 (0, 1, 2-day, and 7-day from CRRT initiation), one of representative bioimpedance electrical vector analysis, compared with conventional methods among the patients who need continuous renal replacement therapy. ;


Study Design


Related Conditions & MeSH terms


NCT number NCT03330626
Study type Interventional
Source Seoul National University Hospital
Contact Sejoong Kim, MD,PhD
Phone +82-10-9496-4899
Email sejoong@snubh.org
Status Recruiting
Phase N/A
Start date July 1, 2017
Completion date December 31, 2019

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