Results 221 to 230 of about 194,681 (256)
Some of the next articles are maybe not open access.
2009
The essence of the physical chemical approach to acid–base balance is the understanding that there are three variables that are essential in determining blood pH: partial pressure of CO2, strong ion difference (SID), and total weak acid concentration (ATOT). Neither H+ nor HCO3 − can change unless one or more of these three variables change.
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The essence of the physical chemical approach to acid–base balance is the understanding that there are three variables that are essential in determining blood pH: partial pressure of CO2, strong ion difference (SID), and total weak acid concentration (ATOT). Neither H+ nor HCO3 − can change unless one or more of these three variables change.
openaire +2 more sources
2017
This chapter explains how the body continually produces CO2 and non-volatile acids as a result of metabolic activity. The chapter refers to the blood hydrogen ion concentration [H+] which is normally maintained within the relatively narrow range of 40-45 nmol of free hydrogen ions per litre.
Gillian Pocock +2 more
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This chapter explains how the body continually produces CO2 and non-volatile acids as a result of metabolic activity. The chapter refers to the blood hydrogen ion concentration [H+] which is normally maintained within the relatively narrow range of 40-45 nmol of free hydrogen ions per litre.
Gillian Pocock +2 more
openaire +1 more source
Establishing acid-base balance
Critical Care Nurse, 1987M, Mathewson, R, Mathewson
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Scandinavian Journal of Clinical and Laboratory Investigation, 1974
R H Ylikahri, A Reeta Poso, A R Poso
exaly
R H Ylikahri, A Reeta Poso, A R Poso
exaly
The OH−/H+ concept of acid-base balance: Historical development
Respiration Physiology, 1978H Rahn
exaly
Effects of Dietary Minerals on Acid-Base Balance and Eggshell Quality in Chickens
Journal of Nutrition, 1990Richard E Austic +2 more
exaly