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Fluid and electrolyte balance

Fluid and electrolyte balance
Fluid and electrolyte balance
Monitoring and manipulating body fluid and electrolytes form a crucial aspect of nursing care. For the average male, only about 18% of the body weight is protein with 15% fat and 7% minerals; 60% is water. For health, body water and electrolytes must be maintained with a limited range of tolerances. Homeostatic mechanisms regulate parameters such as body fluid volume, acid-base balance (pH) and electrolyte concentrations, maintaining a delicate, dynamic balance which can be destablished during illness. In extreme cases, the fluid or electrolyte deficit can lead to death. Consequently, nurses must have a clear understanding of fluid and electrolyte homeostasis so that they can assess fluid and electrolyte status, anticipate/recognise deterioration and implement corrective interventions. Nursing interventions in relation to fluid therapy may range from encouraging the patient to drink an afternoon cup of tea to managing a complicated intravenous fluid regimen. Ill-defined terms, such as 'restrict fluids' or 'push fluids', and instructions to record fluid intake/output or daily weight, are commonly encountered. However, without a knowledgeable appreciated of the physiology and patho-physiology of fluid and electrolyte balance there is a real risk that these tasks will be performed in a somewhat mechanistic fashion, without sufficient thought or understanding. This chapter reviews the normal mechanisms which regulate body fluid and outlines some of the basic adaptive responses to stress. The regulation of acid-base balance is also considered, along with basic principles in the management of fluid and electrolyte disorders. Throughout the chapter, typical clinical situations where fluid and electrolyte control may be compromised are reviewed. Reference is made to the ethical dilemmas which may be associated with the administration/withdrawal of hydration measures.
nurse care, evidence-based nursing practice, patients' fluid and electrolyte needs
0443074577
763-785
Churchill Livingstone
Gobbi, M.
829a5669-2d52-44ef-be96-bc57bf20bea0
Cowen, M.
cd40a430-5633-4d7b-86c8-cf2b0b34ca0d
Ugboma, D.
7fa9da18-fd36-4ba9-bdf1-0fa2c4224395
Alexander, Margaret F.
Fawcett, Josephine (Tonks) N.
Runciman, Phyllis J.
Gobbi, M.
829a5669-2d52-44ef-be96-bc57bf20bea0
Cowen, M.
cd40a430-5633-4d7b-86c8-cf2b0b34ca0d
Ugboma, D.
7fa9da18-fd36-4ba9-bdf1-0fa2c4224395
Alexander, Margaret F.
Fawcett, Josephine (Tonks) N.
Runciman, Phyllis J.

Gobbi, M., Cowen, M. and Ugboma, D. (2006) Fluid and electrolyte balance. In, Alexander, Margaret F., Fawcett, Josephine (Tonks) N. and Runciman, Phyllis J. (eds.) Nursing practice: hospital and home: the adult: 3rd edition. Churchill Livingstone, pp. 763-785.

Record type: Book Section

Abstract

Monitoring and manipulating body fluid and electrolytes form a crucial aspect of nursing care. For the average male, only about 18% of the body weight is protein with 15% fat and 7% minerals; 60% is water. For health, body water and electrolytes must be maintained with a limited range of tolerances. Homeostatic mechanisms regulate parameters such as body fluid volume, acid-base balance (pH) and electrolyte concentrations, maintaining a delicate, dynamic balance which can be destablished during illness. In extreme cases, the fluid or electrolyte deficit can lead to death. Consequently, nurses must have a clear understanding of fluid and electrolyte homeostasis so that they can assess fluid and electrolyte status, anticipate/recognise deterioration and implement corrective interventions. Nursing interventions in relation to fluid therapy may range from encouraging the patient to drink an afternoon cup of tea to managing a complicated intravenous fluid regimen. Ill-defined terms, such as 'restrict fluids' or 'push fluids', and instructions to record fluid intake/output or daily weight, are commonly encountered. However, without a knowledgeable appreciated of the physiology and patho-physiology of fluid and electrolyte balance there is a real risk that these tasks will be performed in a somewhat mechanistic fashion, without sufficient thought or understanding. This chapter reviews the normal mechanisms which regulate body fluid and outlines some of the basic adaptive responses to stress. The regulation of acid-base balance is also considered, along with basic principles in the management of fluid and electrolyte disorders. Throughout the chapter, typical clinical situations where fluid and electrolyte control may be compromised are reviewed. Reference is made to the ethical dilemmas which may be associated with the administration/withdrawal of hydration measures.

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More information

Published date: 2006
Keywords: nurse care, evidence-based nursing practice, patients' fluid and electrolyte needs

Identifiers

Local EPrints ID: 42909
URI: http://eprints.soton.ac.uk/id/eprint/42909
ISBN: 0443074577
PURE UUID: 3f79c7bb-38f6-42e0-827f-85a81df939db

Catalogue record

Date deposited: 19 Dec 2006
Last modified: 11 Dec 2021 16:13

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Contributors

Author: M. Gobbi
Author: M. Cowen
Author: D. Ugboma
Editor: Margaret F. Alexander
Editor: Josephine (Tonks) N. Fawcett
Editor: Phyllis J. Runciman

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