Potassium Profiling in Hemodialysis

Cardiac dysrhythmia and sudden death account for a large proportion of cardiac mortality in dialysis patients. Risk factors for sudden death that are specific to dialysis patients include fluid and electrolyte imbalances during hemodialysis, particularly those of potassium. The risk of arrhythmia ma...
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Autor*in:	Nikhil Agrawal [verfasserIn] Sahil Agrawal [verfasserIn] Nishita Tripathi [verfasserIn] Mark Segal [verfasserIn]

Format:	E-Artikel
Sprache:	Englisch

Erschienen:	2018

Schlagwörter:	arrhythmia dialysate potassium potassium profiling potassium removal sudden cardiac death

Übergeordnetes Werk:	In: Journal of Renal and Hepatic Disorders - Codon Publications, 2017, 2(2018), 2
Übergeordnetes Werk:	volume:2 ; year:2018 ; number:2

Links:	Link aufrufen Link aufrufen Link aufrufen Journal toc

DOI / URN:	10.15586/jrenhep.2018.34

Katalog-ID:	DOAJ035807121

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520			\|a Cardiac dysrhythmia and sudden death account for a large proportion of cardiac mortality in dialysis patients. Risk factors for sudden death that are specific to dialysis patients include fluid and electrolyte imbalances during hemodialysis, particularly those of potassium. The risk of arrhythmia may be related to changes in serum K+ concentration during dialysis, and thus close attention should be paid to the dialysate K+ concentration and the serum–dialysate concentration gradient. Potassium profiling is a technique where the dialysate K+ concentration is gradually reduced to keep the gradient between blood and dialysate at a non-fluctuating low level. We provide a review of studies that compare constant potassium concentration in dialysate to gradual reduction in dialysate potassium concentration. These studies illustrate that adequate and more gradual potassium removal can be achieved with potassium profiling techniques, while having lower cardiac irritability.
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author	Nikhil Agrawal
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topic_title	RC648-665 RC870-923 Potassium Profiling in Hemodialysis arrhythmia dialysate potassium potassium profiling potassium removal sudden cardiac death
topic	misc RC648-665 misc RC870-923 misc arrhythmia misc dialysate potassium misc potassium profiling misc potassium removal misc sudden cardiac death misc Diseases of the endocrine glands. Clinical endocrinology misc Diseases of the genitourinary system. Urology
topic_unstemmed	misc RC648-665 misc RC870-923 misc arrhythmia misc dialysate potassium misc potassium profiling misc potassium removal misc sudden cardiac death misc Diseases of the endocrine glands. Clinical endocrinology misc Diseases of the genitourinary system. Urology
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title	Potassium Profiling in Hemodialysis
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title_sort	potassium profiling in hemodialysis
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title_auth	Potassium Profiling in Hemodialysis
abstract	Cardiac dysrhythmia and sudden death account for a large proportion of cardiac mortality in dialysis patients. Risk factors for sudden death that are specific to dialysis patients include fluid and electrolyte imbalances during hemodialysis, particularly those of potassium. The risk of arrhythmia may be related to changes in serum K+ concentration during dialysis, and thus close attention should be paid to the dialysate K+ concentration and the serum–dialysate concentration gradient. Potassium profiling is a technique where the dialysate K+ concentration is gradually reduced to keep the gradient between blood and dialysate at a non-fluctuating low level. We provide a review of studies that compare constant potassium concentration in dialysate to gradual reduction in dialysate potassium concentration. These studies illustrate that adequate and more gradual potassium removal can be achieved with potassium profiling techniques, while having lower cardiac irritability.
abstractGer	Cardiac dysrhythmia and sudden death account for a large proportion of cardiac mortality in dialysis patients. Risk factors for sudden death that are specific to dialysis patients include fluid and electrolyte imbalances during hemodialysis, particularly those of potassium. The risk of arrhythmia may be related to changes in serum K+ concentration during dialysis, and thus close attention should be paid to the dialysate K+ concentration and the serum–dialysate concentration gradient. Potassium profiling is a technique where the dialysate K+ concentration is gradually reduced to keep the gradient between blood and dialysate at a non-fluctuating low level. We provide a review of studies that compare constant potassium concentration in dialysate to gradual reduction in dialysate potassium concentration. These studies illustrate that adequate and more gradual potassium removal can be achieved with potassium profiling techniques, while having lower cardiac irritability.
abstract_unstemmed	Cardiac dysrhythmia and sudden death account for a large proportion of cardiac mortality in dialysis patients. Risk factors for sudden death that are specific to dialysis patients include fluid and electrolyte imbalances during hemodialysis, particularly those of potassium. The risk of arrhythmia may be related to changes in serum K+ concentration during dialysis, and thus close attention should be paid to the dialysate K+ concentration and the serum–dialysate concentration gradient. Potassium profiling is a technique where the dialysate K+ concentration is gradually reduced to keep the gradient between blood and dialysate at a non-fluctuating low level. We provide a review of studies that compare constant potassium concentration in dialysate to gradual reduction in dialysate potassium concentration. These studies illustrate that adequate and more gradual potassium removal can be achieved with potassium profiling techniques, while having lower cardiac irritability.
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