496c_b0f2
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_5047
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells MAT496c_e556
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction forms a seal between the two membranes to prevent passive flow between cells gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_bb81
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction forms a seal between the two membranes to prevent passive flow between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_44e7
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow the direct transfer of signal molecules between cells tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells desmosome anchoring spots found all around cells that bind two adjacent cells together MAT496c_652f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_a768
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_d0d0
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction membranes join together forming a virtual impermeable barrier to fluid MAT496c_0cdc
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction forms a seal between the two membranes to prevent passive flow between cells desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow for intercellular communication MAT496c_fb02
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_87c0
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_3f9b
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells tight junction forms a seal between the two membranes to prevent passive flow between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_790e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_a179
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid gap junction collection of protein channels that allow the direct transfer of signal molecules between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_dbcb
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_0f2c
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters MAT496c_5db1
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_4276
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction forms a seal between the two membranes to prevent passive flow between cells gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_4551
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters tight junction areas where the membranes of two adjacent cells join together to form a barrier desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_c1fe
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction two adjacent cells are connected through a collection of protein channels tight junction forms a seal between the two membranes to prevent passive flow between cells desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_7877
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created gap junction two adjacent cells are connected through a collection of protein channels plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_0780
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction two adjacent cells are connected through a collection of protein channels tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_53fd
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_a0ce
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction forms a seal between the two membranes to prevent passive flow between cells desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that allow electrical impulses to directly pass between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_ac9c
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_370e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that allow the direct transfer of signal molecules between cells tight junction membranes join together forming a virtual impermeable barrier to fluid MAT496c_5681
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_0b3a
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells MAT496c_a4db
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction areas where the membranes of two adjacent cells join together to form a barrier desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_1adc
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_af28
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction forms a seal between the two membranes to prevent passive flow between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_b3a1
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells gap junction collection of protein channels that allow for intercellular communication tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water MAT496c_1164
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction forms a seal between the two membranes to prevent passive flow between cells MAT496c_63a6
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_cb86
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction areas where the membranes of two adjacent cells join together to form a barrier plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_4fd8
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow the direct transfer of signal molecules between cells tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_f318
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow electrical impulses to directly pass between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_5559
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells gap junction collection of protein channels that allow electrical impulses to directly pass between cells tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_3ea6
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow for intercellular communication desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_ffe8
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid MAT496c_7ee5
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome anchoring spots found all around cells that bind two adjacent cells together tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells MAT496c_79ca
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_4a0f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that allow for intercellular communication tight junction areas where the membranes of two adjacent cells join together to form a barrier MAT496c_6267
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction areas where the membranes of two adjacent cells join together to form a barrier desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that allow for intercellular communication MAT496c_4998
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction membranes join together forming a virtual impermeable barrier to fluid gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_7dbb
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that allow for intercellular communication tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_b728
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction collection of protein channels that allow the direct transfer of signal molecules between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_a8b1
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow electrical impulses to directly pass between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_a9ac
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction membranes join together forming a virtual impermeable barrier to fluid desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_2b4c
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction two adjacent cells are connected through a collection of protein channels plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_5b14
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow electrical impulses to directly pass between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created MAT496c_4eed
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water MAT496c_d690
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow for intercellular communication desmosome anchoring spots found all around cells that bind two adjacent cells together MAT496c_43b8
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that allow electrical impulses to directly pass between cells tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between MAT496c_f0ae
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters desmosome anchoring spots found all around cells that bind two adjacent cells together MAT496c_56b4
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_e232
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid MAT496c_08ab
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction two adjacent cells are connected through a collection of protein channels MAT496c_51a5
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between MAT496c_45da
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_aa78
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_d242
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that allow the direct transfer of signal molecules between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction areas where the membranes of two adjacent cells join together to form a barrier MAT496c_16a8
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction two adjacent cells are connected through a collection of protein channels plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction membranes join together forming a virtual impermeable barrier to fluid MAT496c_4fdc
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction areas where the membranes of two adjacent cells join together to form a barrier gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters MAT496c_074a
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow the direct transfer of signal molecules between cells tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_42b4
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that allow electrical impulses to directly pass between cells tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water MAT496c_0b30
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction areas where the membranes of two adjacent cells join together to form a barrier gap junction collection of protein channels that allow the direct transfer of signal molecules between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_845e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between MAT496c_a994
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction areas where the membranes of two adjacent cells join together to form a barrier MAT496c_42f5
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow the direct transfer of signal molecules between cells MAT496c_6f8e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells MAT496c_e230
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that allow electrical impulses to directly pass between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells MAT496c_69d9
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow for intercellular communication tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid MAT496c_0850
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction two adjacent cells are connected through a collection of protein channels desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction areas where the membranes of two adjacent cells join together to form a barrier plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_e311
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction two adjacent cells are connected through a collection of protein channels tight junction forms a seal between the two membranes to prevent passive flow between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_a107
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow the direct transfer of signal molecules between cells tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water MAT496c_f77e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_062e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow electrical impulses to directly pass between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_6b96
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow electrical impulses to directly pass between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid MAT496c_714e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction forms a seal between the two membranes to prevent passive flow between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction two adjacent cells are connected through a collection of protein channels MAT496c_050d
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction forms a seal between the two membranes to prevent passive flow between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow the direct transfer of signal molecules between cells MAT496c_e597
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction two adjacent cells are connected through a collection of protein channels tight junction areas where the membranes of two adjacent cells join together to form a barrier desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_109b
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow for intercellular communication tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome anchoring spots found all around cells that bind two adjacent cells together MAT496c_4b4f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction areas where the membranes of two adjacent cells join together to form a barrier desmosome anchoring spots found all around cells that bind two adjacent cells together MAT496c_0fd8
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction membranes join together forming a virtual impermeable barrier to fluid gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells MAT496c_bfac
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction forms a seal between the two membranes to prevent passive flow between cells gap junction two adjacent cells are connected through a collection of protein channels desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_49fa
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_8001
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid gap junction collection of protein channels that allow for intercellular communication desmosome one of the stronger junctions found in tissue that experience intense mechanical stress plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_e97d
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction membranes join together forming a virtual impermeable barrier to fluid MAT496c_0cc8
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction forms a seal between the two membranes to prevent passive flow between cells MAT496c_2d5f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow electrical impulses to directly pass between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_9809
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_7a11
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome anchoring spots found all around cells that bind two adjacent cells together tight junction areas where the membranes of two adjacent cells join together to form a barrier gap junction collection of protein channels that allow electrical impulses to directly pass between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_d2fb
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction two adjacent cells are connected through a collection of protein channels desmosome anchoring spots found all around cells that bind two adjacent cells together tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_2df6
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction areas where the membranes of two adjacent cells join together to form a barrier plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction two adjacent cells are connected through a collection of protein channels desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_0e57
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow for intercellular communication desmosome anchoring spots found all around cells that bind two adjacent cells together tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_c5c9
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction two adjacent cells are connected through a collection of protein channels desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells MAT496c_6211
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction forms a seal between the two membranes to prevent passive flow between cells MAT496c_554b
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction forms a seal between the two membranes to prevent passive flow between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters MAT496c_fc48
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_86ae
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that allow the direct transfer of signal molecules between cells MAT496c_f860
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created MAT496c_3f72
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid gap junction collection of protein channels that allow the direct transfer of signal molecules between cells MAT496c_6a1f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_c500
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that allow electrical impulses to directly pass between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_2444
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that allow electrical impulses to directly pass between cells tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created MAT496c_a906
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_55af
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_8316
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction areas where the membranes of two adjacent cells join together to form a barrier desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_e7d2
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters MAT496c_b758
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells MAT496c_dbcc
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow for intercellular communication tight junction forms a seal between the two membranes to prevent passive flow between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_60c6
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction areas where the membranes of two adjacent cells join together to form a barrier plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells gap junction collection of protein channels that allow for intercellular communication MAT496c_32eb
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction two adjacent cells are connected through a collection of protein channels plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction areas where the membranes of two adjacent cells join together to form a barrier MAT496c_9c22
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow for intercellular communication tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_69d7
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction forms a seal between the two membranes to prevent passive flow between cells MAT496c_6807
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water gap junction two adjacent cells are connected through a collection of protein channels MAT496c_6fbd
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_5d7e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow electrical impulses to directly pass between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid MAT496c_a417
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction forms a seal between the two membranes to prevent passive flow between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells gap junction collection of protein channels that allow the direct transfer of signal molecules between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_1eb1
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells MAT496c_ea36
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid gap junction collection of protein channels that allow for intercellular communication MAT496c_5770
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid desmosome one of the stronger junctions found in tissue that experience intense mechanical stress plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_5d71
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow for intercellular communication desmosome anchoring spots found all around cells that bind two adjacent cells together tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells MAT496c_da1f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow electrical impulses to directly pass between cells desmosome anchoring spots found all around cells that bind two adjacent cells together tight junction membranes join together forming a virtual impermeable barrier to fluid MAT496c_f953
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction areas where the membranes of two adjacent cells join together to form a barrier MAT496c_c6f0
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_d5a4
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid gap junction collection of protein channels that allow the direct transfer of signal molecules between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_0aa0
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that allow the direct transfer of signal molecules between cells tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water MAT496c_e7f2
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction two adjacent cells are connected through a collection of protein channels MAT496c_c9ff
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction membranes join together forming a virtual impermeable barrier to fluid MAT496c_718e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_7ae5
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters MAT496c_b7ee
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction areas where the membranes of two adjacent cells join together to form a barrier plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow the direct transfer of signal molecules between cells desmosome anchoring spots found all around cells that bind two adjacent cells together MAT496c_5aef
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow for intercellular communication MAT496c_5e7f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction two adjacent cells are connected through a collection of protein channels tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_c3b5
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome anchoring spots found all around cells that bind two adjacent cells together tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction collection of protein channels that allow electrical impulses to directly pass between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_3e0e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction membranes join together forming a virtual impermeable barrier to fluid gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome anchoring spots found all around cells that bind two adjacent cells together MAT496c_b391
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow electrical impulses to directly pass between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction forms a seal between the two membranes to prevent passive flow between cells MAT496c_326d
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that allow the direct transfer of signal molecules between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_1eb6
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction forms a seal between the two membranes to prevent passive flow between cells gap junction two adjacent cells are connected through a collection of protein channels plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_6f8d
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow the direct transfer of signal molecules between cells MAT496c_c46d
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow for intercellular communication tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_1a8d
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid gap junction two adjacent cells are connected through a collection of protein channels plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_203d
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters MAT496c_a4ef
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction areas where the membranes of two adjacent cells join together to form a barrier desmosome anchoring spots found all around cells that bind two adjacent cells together MAT496c_0a62
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid MAT496c_c30f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_bb51
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction two adjacent cells are connected through a collection of protein channels plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid MAT496c_eb30
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created desmosome one of the stronger junctions found in tissue that experience intense mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters MAT496c_0e5a
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction forms a seal between the two membranes to prevent passive flow between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_6812
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_5eec
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow electrical impulses to directly pass between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction forms a seal between the two membranes to prevent passive flow between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_9c76
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that allow for intercellular communication tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_7e5b
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction areas where the membranes of two adjacent cells join together to form a barrier desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_46b5
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction two adjacent cells are connected through a collection of protein channels desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_1de4
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction collection of protein channels that allow electrical impulses to directly pass between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_83ca
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction two adjacent cells are connected through a collection of protein channels MAT496c_8c86
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction collection of protein channels that allow for intercellular communication MAT496c_9135
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow for intercellular communication MAT496c_f6e7
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells tight junction areas where the membranes of two adjacent cells join together to form a barrier desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_3c16
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_08be
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_5994
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_14da
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_ee69
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells tight junction areas where the membranes of two adjacent cells join together to form a barrier plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_5c75
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction collection of protein channels that allow the direct transfer of signal molecules between cells MAT496c_ebdf
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction forms a seal between the two membranes to prevent passive flow between cells MAT496c_1c3f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_f01c
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells MAT496c_894b
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction areas where the membranes of two adjacent cells join together to form a barrier gap junction two adjacent cells are connected through a collection of protein channels desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_3c02
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_9df3
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction membranes join together forming a virtual impermeable barrier to fluid desmosome anchoring spots found all around cells that bind two adjacent cells together gap junction two adjacent cells are connected through a collection of protein channels MAT496c_197f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that allow for intercellular communication MAT496c_cf22
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_6b98
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created MAT496c_24af
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that allow the direct transfer of signal molecules between cells MAT496c_178f
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that allow for intercellular communication plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid MAT496c_565b
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells tight junction areas where the membranes of two adjacent cells join together to form a barrier gap junction two adjacent cells are connected through a collection of protein channels MAT496c_7c23
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction areas where the membranes of two adjacent cells join together to form a barrier desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_8ade
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction closely associated areas of two adjacent cells whose membranes join together to form a virtually impermeable barrier to fluid gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells MAT496c_c3a0
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells gap junction collection of protein channels that allow the direct transfer of signal molecules between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_0d72
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between MAT496c_603e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction two adjacent cells are connected through a collection of protein channels MAT496c_85ac
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water MAT496c_f43c
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress tight junction membranes join together forming a virtual impermeable barrier to fluid gap junction collection of protein channels that directly connect the cytoplasm of two adjacent cells MAT496c_dcf3
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome anchoring spots found all around cells that bind two adjacent cells together tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction collection of protein channels that allow electrical impulses to directly pass between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another MAT496c_2d33
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created gap junction collection of protein channels that allow for intercellular communication desmosome anchoring spots found all around cells that bind two adjacent cells together plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_1bd6
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow electrical impulses to directly pass between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells tight junction membranes join together forming a virtual impermeable barrier to fluid MAT496c_03aa
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow the direct transfer of signal molecules between cells desmosome a dense attachment of anchoring proteins that a provide strong adhesion between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created MAT496c_9f00
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction areas where the membranes of two adjacent cells join together to form a barrier MAT496c_7dab
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water desmosome an adhesive junction that is crucial to tissues that experience mechanical stress gap junction two adjacent cells are connected through a collection of protein channels plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells MAT496c_6e95
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction membranes join together forming a virtual impermeable barrier to fluid plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow electrical impulses to directly pass between cells desmosome an adhesive junction that is crucial to tissues that experience mechanical stress MAT496c_0509
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome an adhesive junction that is crucial to tissues that experience mechanical stress plasmodesmata large tubes that pass through openings in cell walls linking one cell to another tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between gap junction collection of protein channels that allow electrical impulses to directly pass between cells MAT496c_dec8
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that facilitates passage of ions, hormones, and neurotransmitters tight junction outer layers of the cell membranes are fused, reducing the ability of larger molecules to pass between plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome one of the stronger junctions found in tissue that experience intense mechanical stress MAT496c_8d00
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
tight junction parallel interweaving strands between two membranes that greatly reduce the flow of macromolecules between cells plasmodesmata large tubes that pass through openings in cell walls linking one cell to another desmosome one of the stronger junctions found in tissue that experience intense mechanical stress gap junction two adjacent cells are connected through a collection of protein channels MAT496c_2484
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome one of the stronger junctions found in tissue that experience intense mechanical stress plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells gap junction collection of protein channels that allow for intercellular communication tight junction connections formed by cells that fuse together so that a relatively impermeable barrier is created MAT496c_ae1e
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
gap junction collection of protein channels that allow electrical impulses to directly pass between cells plasmodesmata large tubes which traverse cell walls enabling transport and communication between cells desmosome anchoring spots found all around cells that bind two adjacent cells together tight junction seal between the membranes of two adjacent cells to prevent leakage of solutes and water MAT496c_8ea8
Match each of the following intercellular junctions with their corresponding functions.
Note: Each choice will be used exactly once.
desmosome one of the stronger junctions found in tissue that experience intense mechanical stress tight junction membranes join together forming a virtual impermeable barrier to fluid plasmodesmata large tubes that pass through openings in cell walls linking one cell to another gap junction collection of protein channels that allow the direct transfer of signal molecules between cells