Changes in Volumetric Hemodynamic Parameters Induced by Fluid Removal on Hemodialysis (CI/HD)

Medical University of Warsaw

Status: Completed

Conditions: Impedance; End Stage Renal Failure on Dialysis; Cardiac Output, Low; Body Fluid Retention

Treatments: Device: SCHILLER, BR-102 plus, Ambulatory Blood Pressure Monitoring System; Device: CardioScreen 1000 - Haemodynamic Measurement System, Medis; Device: BCM- Body Composition Monitor, Fresenius Medical Care

Study type: Observational

Funder types: Other

Identifiers

NCT02485782

C.I/HD/2015/06

Details and patient eligibility

About

Changes in volumetric hemodynamic parameters and fluid overload (Cardiac Index,Stroke Volume, Thoracic Fluid Content, Systemic Vascular Resistance) were measured using a impedance cardiography (ICG) (CardioScreen 1000 - Haemodynamic Measurement System, Medis. GmbH Ilmenau) beginning 15 min prior to midweek dialysis session and continuous measurement thereafter, with a 15-min period after the termination of hemodialysis. Fluid overload were measured by BCM Monitor Fresenius before hemodialysis.

Enrollment: 48 patients

Sex: All

Ages: 18+ years old

Volunteers: No Healthy Volunteers

Inclusion criteria

• give voluntary consent to participate in the study
• patients on maintenance hemodialysis at least 3 months
• stable dry weight
• single-pool Kt/V >1.4
• no clinical cardiovascular disease during the 6 months preceding entry

Exclusion criteria

• not meet the above criteria
• episode of illness (for example: infection)
• pregnancy

Trial design

48 participants in 1 patient group

Hemodialysis patients

Description:

* midweek dialysis session * patients on maintenance hemodialysis at least 3 months * stable dry weight * single-pool Kt/V \>1.4 * no clinical cardiovascular disease during the 6 months preceding entry

Treatment:

Device: CardioScreen 1000 - Haemodynamic Measurement System, Medis

Device: SCHILLER, BR-102 plus, Ambulatory Blood Pressure Monitoring System

Device: BCM- Body Composition Monitor, Fresenius Medical Care