Domanda del libro di testo
What are fluid shifts? What is their function, and what factors can cause them?
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Ch. 27 Fluids & Electrolytes
Martini, Nath, Bartholomew11th EditionFundamentals of Anatomy & PhysiologyISBN: 9780136874089
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TOC.tableOfContents
- Ch. 1 An Introduction to Anatomy and Physiology26
- Ch. 2 The Chemical Level of Organization34
- Ch. 3 The Cellular Level of Organization30
- Ch. 4 The Tissue Level of Organization24
- Ch. 5 The Integumentary System17
- Ch. 6 Bones and Bone Structure36
- Ch. 7 The Axial Skeleton11
- Ch. 8 The Appendicular Skeleton17
- Ch. 9 Joints13
- Ch. 10 Muscle Tissue12
- Ch. 11 The Muscular System28
- Ch. 12 Nervous Tissue18
- Ch. 13 The Spinal Cord, Spinal Nerves, and Spinal Reflexes22
- Ch. 14 The Brain and Cranial Nerves20
- Ch. 15 Sensory Pathways and the Somatic Nervous System17
- Ch. 16 The Autonomic Nervous System and Higher-Order Functions30
- Ch. 17 The Special Senses16
- Ch. 18 The Endocrine System20
- Ch. 19 Blood31
- Ch. 20 The Heart31
- Ch. 21 Blood Vessels and Circulation29
- Ch. 22 The Lymphatic System and Immunity31
- Ch. 23 The Respiratory System12
- Ch. 24 The Digestive System18
- Ch. 26 The Urinary System31
- Ch. 27 Fluids & Electrolytes32
- Ch. 28 The Reproductive System12
- Ch. 29 Development and Inheritance23
Martini, Nath, Bartholomew11th EditionFundamentals of Anatomy & PhysiologyISBN: 9780136874089Non è quello che usi tu?Cambia libro di testo
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Martini, Nath, Bartholomew 11th EditionCh. 27 Fluids & ElectrolytesProblema 12
Martini, Nath, Bartholomew 11th EditionCh. 27 Fluids & ElectrolytesProblema 12Capitolo 26, Problema 12
The osmotic concentration of the ECF decreases if an individual gains water without a corresponding:
(a) Gain of electrolytes
(b) Loss of water
(c) Fluid shift from the ECF to the ICF
(d) All of these
Guida verificata passo dopo passo1
Step 1: Understand the key terms involved. ECF stands for extracellular fluid, and ICF stands for intracellular fluid. Osmotic concentration refers to the concentration of solutes (like electrolytes) in a fluid, which affects water movement across cell membranes.
Step 2: Recognize that osmotic concentration depends on the amount of solutes relative to the volume of water. If water is gained without adding solutes, the solute concentration will decrease because the same amount of solutes is now dissolved in a larger volume of water.
Step 3: Analyze each option to see how it affects osmotic concentration in the ECF when water is gained: (a) Gain of electrolytes would increase solutes, potentially maintaining or increasing osmotic concentration; (b) Loss of water would concentrate solutes, increasing osmotic concentration; (c) Fluid shift from ECF to ICF would reduce ECF volume and could affect concentration.
Step 4: Determine which condition prevents the decrease in osmotic concentration when water is gained. Since gaining water without gaining electrolytes dilutes the ECF, the osmotic concentration decreases unless there is a corresponding gain of electrolytes or loss of water to balance it.
Step 5: Conclude that the osmotic concentration of the ECF decreases if water is gained without a corresponding gain of electrolytes, making option (a) the correct choice.
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Concetti chiave
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Osmotic Concentration and Osmolarity
Osmotic concentration refers to the total concentration of solute particles in a solution, influencing water movement across membranes. In body fluids, osmolarity determines the direction of water flow between compartments like ECF and ICF to maintain balance.
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Osmosis and Osmolarity
Extracellular Fluid (ECF) and Intracellular Fluid (ICF) Compartments
The body’s fluids are divided mainly into ECF and ICF. The ECF surrounds cells, while the ICF is inside cells. Changes in solute or water content in one compartment affect osmotic gradients, causing fluid shifts between ECF and ICF.
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Electrolyte Balance and Water Movement
Electrolytes like sodium regulate osmotic pressure in the ECF. Gaining water without electrolytes dilutes ECF osmolarity, potentially causing water to move into cells. Maintaining electrolyte balance is essential to prevent osmotic imbalances and fluid shifts.
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In a protein buffer system, if the pH increases:
(a) The protein acquires a hydrogen ion from carbonic acid
(b) Hydrogen ions are buffered by hemoglobin molecules
(c) A hydrogen ion is released and a carboxylate ion is formed
(d) A chloride shift occurs
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(b) A severe bicarbonate loss occurs
(c) The kidneys fail to excrete hydrogen ions
(d) Ketone bodies are generated in abnormally large quantities
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Drinking a solution hypotonic to the ECF causes the ECF to:
(a) Increase in volume and become hypertonic to the ICF
(b) Decrease in volume and become hypertonic to the ICF
(c) Decrease in volume and become hypotonic to the ICF
(d) Increase in volume and become hypotonic to the ICF
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When the pH of body fluids begins to decrease, free amino acids and proteins will
(a) Release a hydrogen from the carboxyl group
(b) Release a hydrogen from the amino group
(c) Release a hydrogen at the carboxyl group
(d) Bind a hydrogen at the amino group
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