Multiple Choice
Which of the following best explains why a glucose transporter is required to move glucose into the cell?
2. Cell Chemistry & Cell Components
Introduction to Membrane Transport
Back2. Cell Chemistry & Cell Components
Introduction to Membrane Transport
- Multiple ChoiceThe movement of substances out of the glomerulus and into Bowman's capsule is referred to as:
- Multiple ChoiceRoot hairs have which of the following roles in the absorption and transport of water and minerals?
- Textbook Question
A physiologist observes that the concentration of sodium inside a cell is decidedly lower than that outside the cell. She also observes that there is a small leakage of sodium into the cell. What cellular process prevents the sodium concentration gradient from disappearing?
a. Osmosis
b. Diffusion
c. Primary active transport
d. Secondary active transport
- Textbook Question
____ ion concentration is high in extracellular fluids, and____ion concentration is high in the cytoplasm.
(a) Calcium; magnesium
(b) Chloride; sodium
(c) Potassium; sodium
(d) Sodium; potassium
1views - Multiple ChoiceWhat is the term that describes the pressure of cytoplasm pushing out against the cell membrane?
- Multiple ChoiceWhich viral receptor is involved in HIV attachment to the host cell?
- Multiple ChoiceNormally, fluid moves into a capillary at the venule end through which mechanism?
- Multiple ChoiceWhich of the following is the correct procedure for a nurse to prepare a suspension before administration?
- Multiple ChoiceWhere can the site for the binding of regulatory proteins typically be found in cell communication?
- Multiple ChoiceWhich of the following is a primary function of epithelial tissue?
- Multiple ChoiceWhat powers the sodium-glucose symporter in active transport?
- Multiple ChoiceWhat property of steroid hormones allows them to cross the phospholipid bilayer?
- Multiple ChoiceDuring depolarization, which gradient(s) drive Na+ ions into the cell?
- Textbook QuestionFill in the following concept map to review the processes by which molecules move across membranes.