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Percebi que seu daps 3 nao leva em contacregiao do globo ! Local! E nao tem a variavel de oxigenaco para pacte fora da VM de pao2 < 60
Deveria ser corrigido!
Outra coisa ! Mesmo assim tenho recomendao e minha equipe devuti tem comprado seu app !
GOSTARIA DE PRDIR QUE INCLUISSE A FORMULA DE CALCULO DE STRONG ION DIFERENCE E STRONG ION GAP
The equation for calculating [H+] developed by Stewart contains 3 independent variables and 6 dependent ones. The nature of the independent variables will seem strange at first but the purpose of this section is to introduce them and briefly discuss what they are and why they are independent.
The Three Independent Variables
These are:
pCO2 -the partial pressure of CO2 in the solution under examination
SID -this stands for the 'strong ion difference' in the solution
[ATot] -the total concentration of weak acid in the solution.
(These 3 variables are explained further in the subsections below)
10.3.1 The first independent variable : pCO2
The pCO2 is the easiest to understand. Some facts:
Carbon dioxide is produced by all cells in the body
It crosses all cell membranes easily, traverses the ISF and enters the blood
It is excreted from the body by the lungs
The arterial pCO2 is under sensitive and powerful feedback control via the peripheral and central chemoreceptors
These receptors respond to an increase in arterial pCO2 by increasing ventilation and this returns arterial pCO2 to normal. Arterial pCO2 is frequently said to be determined by the ratio of CO2 production to alveolar ventilation (See Section 2.3). This is quite correct but does not indicate the effect of the control system which is very effective at maintaining normal arterial pCO2. A consideration of the equation would suggest that a doubling of CO2 production would result in a doubling of arterial pCO2 but this does not occur in the intact person (unless ventilation is fixed eg as in an anaesthetised ventilated patient).
Any rise in arterial pCO2 is detected by the sensors (ie the chemoreceptors) and activates the control system resulting in increased alveolar ventilation. This returns the arterial pCO2 towards normal. In abnormal situations, the control system...
Deveria ser corrigido!
Outra coisa ! Mesmo assim tenho recomendao e minha equipe devuti tem comprado seu app !
GOSTARIA DE PRDIR QUE INCLUISSE A FORMULA DE CALCULO DE STRONG ION DIFERENCE E STRONG ION GAP
The equation for calculating [H+] developed by Stewart contains 3 independent variables and 6 dependent ones. The nature of the independent variables will seem strange at first but the purpose of this section is to introduce them and briefly discuss what they are and why they are independent.
The Three Independent Variables
These are:
pCO2 -the partial pressure of CO2 in the solution under examination
SID -this stands for the 'strong ion difference' in the solution
[ATot] -the total concentration of weak acid in the solution.
(These 3 variables are explained further in the subsections below)
10.3.1 The first independent variable : pCO2
The pCO2 is the easiest to understand. Some facts:
Carbon dioxide is produced by all cells in the body
It crosses all cell membranes easily, traverses the ISF and enters the blood
It is excreted from the body by the lungs
The arterial pCO2 is under sensitive and powerful feedback control via the peripheral and central chemoreceptors
These receptors respond to an increase in arterial pCO2 by increasing ventilation and this returns arterial pCO2 to normal. Arterial pCO2 is frequently said to be determined by the ratio of CO2 production to alveolar ventilation (See Section 2.3). This is quite correct but does not indicate the effect of the control system which is very effective at maintaining normal arterial pCO2. A consideration of the equation would suggest that a doubling of CO2 production would result in a doubling of arterial pCO2 but this does not occur in the intact person (unless ventilation is fixed eg as in an anaesthetised ventilated patient).
Any rise in arterial pCO2 is detected by the sensors (ie the chemoreceptors) and activates the control system resulting in increased alveolar ventilation. This returns the arterial pCO2 towards normal. In abnormal situations, the control system...
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Sugiro incluir para síncope os escores de San Francisco Syncope Rule e OESIL
Completíssimo!!!
Tem TODOS os cálculos que utilizo em meu dia a dia!!!
Gostei muito
Finalmente uma calculadora com tudo que eu preciso no dia a dia. Cálculos, algoritmos, escores.
