Crear
Descargar
Descarga SCORM
Para ser utilizado en un LMS (Moodle, Blackboard...)
Descarga normal
Para ser publicada en una web o blog.
La descarga de juegos es una característica exclusiva para usuarios con un Plan Académico o un Plan Comercial.
Obtén ahora tu Plan Académico o Comercial y comienza a integrar tus juegos en tu LMS, web o blog.
Obtener Plan Académico
Si lo deseas, puedes descargar un juego de prueba aquí y probar su integración:
Compartir juego
Completar Frases
Completar Frases

Fluid, Electrolyte & Acid-Base Mastery (Fill in the Blanks)

Intégralo en tu plataforma
G. Classroom M. Teams
Puedes integrar el juego en un LMS compatible con LTI 1.1 o LTI 1.3 como Canvas, Moodle, o Blackboard. De esta manera podrás guardar las puntuaciones automáticamente en el libro de calificaciones de esa plataforma.
Descargar
Has superado el número máximo de juegos que puedes integrar en Google Classroom con tu Plan actual.

Para integrar tantos juegos como quieras en Google Classroom, necesitas un Plan Académico o un Plan Comercial.

Obtener Plan Académico
Has superado el número máximo de juegos que puedes integrar en Microsoft Teams con tu Plan actual.

Para integrar tantos juegos como quieras en Microsoft Teams, necesitas un Plan Académico o un Plan Comercial.

Obtener Plan Académico
La descarga de juegos es una característica exclusiva para usuarios con un Plan Académico o un Plan Comercial.

Obtén ahora tu Plan Académico o Comercial y comienza a integrar tus juegos en tu LMS, web o blog.

Si lo deseas, puedes descargar un juego de prueba aquí y probar su integración:

Obtener Plan Académico

Fluid, Electrolyte & Acid-Base Mastery (Fill in the Blanks)

Completar Frases

Jugadas 0
Crear copia

Sobre esta actividad

Practice fluid compartments, balance, and electrolytes.

Creada por

Cari Monee
Cari Monee
Estados Unidos

Descarga la versión para jugar en papel

Crea tu propio juego gratis desde nuestro creador de juegos
Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad
Crear reto

Top juegos

 %
Anónimo
Anónimo
 %
%
%
Has superado el número máximo de juegos que puedes imprimir con tu Plan actual.

Para imprimir tantos juegos como quieras, necesitas un Plan Académico o un Plan Comercial.

Obtener Plan Académico
Imprime tu juego
Fluid, Electrolyte & Acid-Base Mastery (Fill in the Blanks)
 

Completar Frases

Fluid, Electrolyte & Acid-Base Mastery (Fill in the Blanks)Versión en línea

Practice fluid compartments, balance, and electrolytes.

por Cari Monee
1

A patient presents with that improves with diuretics . This is typical of a fluid shift in the __________ space , where excess fluid accumulates in dependent areas but can be mobilized by diuresis . In contrast , edema in which fluid is trapped in a may be seen after severe burns and is less responsive to diuretics , a phenomenon known as : __________ .

2

Normal fluid balance relies on intake and output , typically around a similar volume per day . The organ chiefly responsible for regulating fluid output is the , which adjust and solute excretion to maintain balance . When intake markedly exceeds output , examples include excess retention of water with weight gain and edema , whereas lowers interstitial and intravascular volumes . A common clinical sign of dehydration is skin tenting and dry mucous membranes , followed by tachycardia : __________ .

3

The major extracellular cation is , while the major intracellular cation is . An Na + level of 150 mEq / L indicates hypernatremia and can cause symptoms such as confusion , irritability , and seizures . Potassium is critical for cardiac rhythm and muscle contraction . Regulation of potassium is primarily through the hormone acting on the kidneys , but cell shifts also occur with acid - base disturbances : __________ .

4

Acid - base balance is maintained by , the lungs , and the kidneys . The first line of defense against pH changes is chemical buffers such as bicarbonate and phosphate in the plasma and cells . The most important buffer system in the body is the . The respiratory system regulates pH by removing or retaining CO2 ; hypoventilation causes CO2 retention leading to a metabolic shift called respiratory __________ , whereas hyperventilation causes loss of CO2 leading to respiratory __________ .

5

ABG interpretation uses the method : Respiratory Opposite , Metabolic Equal . For example , a pH 7 . 32 with CO2 50 mmHg indicates with metabolic compensation not yet complete . The patient with pH 7 . 48 and CO2 30 mmHg has metabolic alkalosis with respiratory compensation . If pH is 7 . 30 and HCO3 - is 18 mEq / L , this reflects with inadequate compensation : __________ .

6

The body ? s percentage varies with age and adiposity . In young adults , water content is highest in lean tissues ; as age increases and adipose tissue becomes more prominent , total body water decreases . The fluid compartment between the cells and blood vessels is the and plasma , both part of the . Fluid located outside cells but within tissue spaces is called interstitial fluid : __________ .

7

Vital signs and skin findings guide dehydration assessment . Skin tenting , dry mucous membranes , and tachycardia suggest due to dehydration , while rapid weight gain and edema indicate fluid overload . Edema in the lungs ( ) is a form of edema affecting the respiratory system , whereas involves the brain : __________ .

8

The hormone - regulated sensation that drives helps regulate fluid intake . Thirst is primarily triggered by increased plasma and decreased blood volume . The mechanism involves osmoreceptors in the that respond to changes in osmolality and angiotensin II during volume depletion : __________ .

9

Electrolyte balance includes the following relationships : is the chief extracellular cation , the chief intracellular cation , and calcium / magnesium participate in neuromuscular function . A low sodium state ( hyponatremia ) can cause confusion and seizures as the brain adapts to hypo - osmolality . The electrolyte that follows sodium to maintain electrical neutrality and is closely tied to is : __________ .

10

In acid - base terms , is characterized by low HCO3 - and a low pH , while respiratory alkalosis shows a high pH with low CO2 . Deep , rapid breathing seen in metabolic acidosis is called . The slowest but most powerful regulator of acid - base balance is the , which excrete H + and reabsorb bicarbonate to restore pH : __________ .

11

Average adult fluid intake and output in 24 hours should be approximately , give or take based on body size and activity . The organ primarily responsible for regulating fluid output is the . When intake is 800 mL and output is 2300 mL in 24 hours , the condition is , with negative fluid balance : __________ .

12

An type resulting from increased capillary hydrostatic pressure or decreased plasma leads to fluid accumulation in interstitial spaces . from liver disease is an example of generalized edema due to hepatic portal hypertension and low oncotic pressure . The fluid movement into interstitial spaces constitutes edema with potential third spacing : __________ .

13

A patient with severe burns may develop fluid trapped in nonfunctional spaces due to , a condition altering intravascular volume . This nonfunctional accumulation of fluid is described as , a phenomenon separate from interstitial . The process can significantly affect blood pressure and tissue perfusion : __________ .

14

Normal distribution of body fluids is called . When fluids shift from the extracellular to the intracellular space due to , cells swell . Conversely , dehydration lowers intracellular volume . The type of fluid movement is best described as a driven by osmolality changes : __________ .

15

A 70 kg adult has an estimated around 42 L . accounts for about two - thirds of TBW , and extracellular fluid accounts for about one - third . The extracellular space comprises and interstitial fluid . The term for the fluid within blood vessels is plasma , while the fluid outside cells but within tissue is interstitial fluid : __________ .

16

due to fluid loss triggers baroreceptor - mediated signals resulting in increased heart rate and vasoconstriction to preserve perfusion . Skin findings include tachycardia and mucous membrane dryness . The rate of falls , and serum osmolality may rise . Appropriate management includes to restore volume : __________ .

17

features fluid in the alveolar spaces , impairing gas exchange . It may occur due to heart failure or fluid overload . involves the brain and can cause headaches , confusion , or herniation if severe . Edema types can be classified as , intracellular , or transcompartmental : __________ .

18

regulation integrates signals from and volume receptors . The interprets increased plasma osmolality as a thirst stimulus , prompting fluid intake . This mechanism helps maintain serum osmolality close to a narrow range . The key regulator of thirst is : __________ .

19

The principal extracellular cation is ; the principal intracellular cation is . An isolated rise in sodium without accompanying water can lead to hypernatremia , manifesting with thirst and neurologic symptoms . Potassium balance is regulated by in the kidneys and by insulin and acid - base status in cells : __________ .

20

A patient with Na + 150 mEq / L experiences , which can cause confusion and due to brain cell dehydration . Corrective therapy involves careful to avoid rapid shifts that could lead to cerebral edema . The condition described is : __________ .

21

is essential for resting membrane potential and cardiac conduction . Its levels are tightly controlled by and cellular uptake . A potassium imbalance can cause muscle weakness or arrhythmias . The hormone most closely linked to potassium excretion is : __________ .

22

A patient with muscle spasms and tetany most likely has a deficiency of or , depending on the presentation . Tetany is classically associated with low causing neuromuscular excitability . The electrolyte linked to neuromuscular excitability is : __________ .

23

deficiency can predispose to system instability , including dysrhythmias and neuromuscular irritability . Magnesium follows and interacts with in regulating conduction and muscle tone . The electrolyte involved is : __________ .

24

often moves with to maintain ; it also participates in acid - base balance as a major anion . Low chloride can accompany metabolic alkalosis , while high chloride may accompany metabolic acidosis in some scenarios . The electrolyte that commonly follows sodium to maintain neutrality is : __________ .

25

Normal blood . A pH of 7 . 30 indicates requiring investigation of the underlying disturbance . If CO2 is high , the condition is metabolic compensation ongoing for respiratory acidosis ; if CO2 is low , the body has compensated via hyperventilation . The standard reference range for pH is : __________ .

 
¿Estás seguro que quieres abandonar la página?

Al abandonar la página perderás el progreso del juego.