Match the transport process to the correct description or example. Exocytosis is: Group of answer choices transport of signal molecules out of an endocrine cell transport of a steroid hormone into a cell breaking of a covalent bond to create new molecules making a new covalent bond transport of glucose into a cell, against its concentration gradient transport of glucose out of cell, with its concentration gradient import of an entire bacterium into a white blood cell transport of sodium out of a neuron transport of large macromolecules into a cell

Match the transport process to the correct description or example. Exocytosis is: Group of answer choices transport of signal molecules out of an endocrine cell transport of a steroid hormone into a cell breaking of a covalent bond to create new molecules making a new covalent bond transport of glucose into a cell, against its concentration gradient transport of glucose out of cell, with its concentration gradient import of an entire bacterium into a white blood cell transport of sodium out of a neuron transport of large macromolecules into a cell

Human Physiology: From Cells to Systems (MindTap Course List)

9th Edition

ISBN:9781285866932

Author:Lauralee Sherwood

Publisher:Lauralee Sherwood

Chapter3: The Plasma Membrane And Membrane Potential

Section: Chapter Questions

Problem 6RE

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Similar questions

Distinguish between the following pairs of terms: a. diffusion; osmosis b. passive transport; active transport c. endocytosis; exocytosis
Match the transport process to the correct description or example. Endocytosis is: Group of answer choices transport of large macromolecules into a cell transport of glucose into a cell, against its concentration gradient transport of glucose out of cell, with its concentration gradient making a new covalent bond transport of a steroid hormone into a cell transport of signal molecules out of an endocrine cell breaking of a covalent bond to create new molecules transport of sodium out of a neuron
Match the transport process to the correct description or example. Simple diffusion is: Group of answer choices transport of glucose into a cell, against its concentration gradient transport of large macromolecules into a cell transport of glucose out of cell, with its concentration gradient breaking of a covalent bond to create new molecules import of an entire bacterium into a white blood cell transport of a steroid hormone into a cell transport of signal molecules out of an endocrine cell transport of sodium out of a neuron making a new covalent bond
Match the transport process to the correct description or example. Simple diffusion is: transport of large macromolecules into a cell transport of glucose out of cell, with its concentration gradient transport of sodium out of a neuron transport of signal molecules out of an endocrine cell transport of a steroid hormone into a cell import of an entire bacterium into a white blood cell making a new covalent bond breaking of a covalent bond to create new molecules transport of glucose into a cell, against its concentration gradient
Match the transport process to the correct description or example. Primary Active Transport is: Group of answer choices transport of glucose out of cell, with its concentration gradient transport of sodium out of a neuron using the sodium potassium pump breaking of a covalent bond to create new molecules transport of large macromolecules into a cell transport of signal molecules out of an endocrine cell transport of a steroid hormone into a cell transport of glucose into a cell, against its concentration gradient import of an entire bacterium into a white blood cell
Match the transport process to the correct description or example. Facilitated diffusion is: breaking of a covalent bond to create new molecules transport of signal molecules out of an endocrine cell transport of glucose out of cell, with its concentration gradient transport of glucose into a cell, against its concentration gradient import of an entire bacterium into a white blood cell making a new covalent bond transport of large macromolecules into a cell transport of sodium out of a neuron transport of a steroid hormone into a cell
Match the transport process to the correct description or example. Facilitated diffusion is: Group of answer choices transport of a steroid hormone into a cell transport of signal molecules out of an endocrine cell breaking of a covalent bond to create new molecules transport of glucose into a cell, against its concentration gradient making a new covalent bond transport of sodium out of a neuron import of an entire bacterium into a white blood cell transport of glucose out of cell, with its concentration gradient transport of large macromolecules into a cell
Describe the mechanism of active transport. Sodium-potassium pump, which moves sodium ions to the outside of the cell and potassium ions to the inside of the cell.
Give the Similarities and Differences between the following terms. Make sure to give at least Two Differences: Terms Similarity Difference Endocytosis/Exocytosis Difference Terms Similarity Diffusion/Osmosis Difference Similarity Terms Pinocytosis/Phagocytosis
Fill in the blanks with the following words: diffusion, endocytosis, solute pump, osmosis. The type of active transport in which sodium and potassium are pumped across a membrane using ATP is called a This passive process is where water moves in and out of a cell The type of passive process in which molecules move across the plasma membrane down a concentration gradient is called This process is where the cell engulfs extracellular substances by phagocytosis or pinocytosis
Match the following terms with the appropriate type of movement across a cell m diffusion active transport facilitated diffusion osmosis endocytosis A membrane-bound vesicle fuses with the cell membrane and releases its contents inside of the cell membrane lons move through a semi-permeable membrane down their concentration gradien t (high to low) without the use of energy from the cell. Water diffuses freely across a semi-permeable membrane without the use of energy from the cell. A molecule moves against its concentration gradient (low to high) with energy provided by ATP molecules in the cell A membrane-bound vesicle fuses with the cell membrane and releases its contents inside of the cell membrane A molecule moves down its concentration gradient (high to low) assisted by a carrier protein in the cell membrane without the use of
Direction: Complete the table by supplying with the correct information. ( TRANSPORT MECHANISMS ) TRANSPORT METHOD ACTIVE/PASSIVE MATERIAL TRANSPORTED DIFFUSION OSMOSIS FACILITATED DIFFUSION PHAGOCYTOSIS PINOCYTOSIS RECEPTOR – MEDIATED ENDOCYTOSIS EXOCYTOSIS