FR-facing side of a tiunsnembrane Protein ends vP Gth cor N teimiinal depend on Pootein 8. A transmembrane protein is translated into the ER with its N-terminal domain in the ER, and its C-terminal domain in the cytoplasm. This protein is destined for the cell te. Jo be membrane. Where will the C-terminal domain of the protein end up? e C-termiņal domain will remain in the cytoplasm. The N-terminal domain will end up outside e cell. Tamp n the olnhe cachm of peptide.

FR-facing side of a tiunsnembrane Protein ends vP Gth cor N teimiinal depend on Pootein 8. A transmembrane protein is translated into the ER with its N-terminal domain in the ER, and its C-terminal domain in the cytoplasm. This protein is destined for the cell te. Jo be membrane. Where will the C-terminal domain of the protein end up? e C-termiņal domain will remain in the cytoplasm. The N-terminal domain will end up outside e cell. Tamp n the olnhe cachm of peptide.

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter9: Cell Communication

Section: Chapter Questions

Problem 3ITD

See similar textbooks

Similar questions

Which of the following small GTP-binding proteins does NOT play a role in cell migration during chemotaxis? O Cap Z Rho Cdc42 O All of the listed GTPases play a role in cell migration O Rac ◆ Previous
Match the primary sequence to its characteristics/function/fate N-signal signal-anchor stop-anchor nuclear localization sequence KDEL 1. found at carboxyl terminus of ER resident proteins, interaction with its receptor directs retrieval from Golgi 2. hydrophobic, interacts with SRP and translocon, becomes transmembrane helix 3. mostly hydrophobic, interacts with SRP, cut off 4. hydrophobic, interacts with translocon, becomes transmembrane helix 5. basic, interacts with importin-alpha
Match the primary sequence to its characteristics/function/fate v N-signal 1. mostly hydrophobic, interacts with SRP, cut off v signal-anchor 2. hydrophobic, interacts with SRP and translocon, becomes transmembrane helix v stop-anchor 3. found at carboxyl terminus of ER resident proteins, interaction with its receptor directs retrieval from Golgi v nuclear localization sequence 4. hydrophobic, interacts with translocon, becomes transmembrane helix v KDEL 5. basic, interacts with importin-alpha
As opposed to clathrin vesicles, COP1 vesicles DO NOT bud by a GTP-independent process retrograde transport from the Golgi to the ER More than one answer mediate retrograde transport from the cis-Golgi to the trans Golgi contain a receptor that recognizes mannose-6-phosphate
Match the letter in the diagram with the accumulation or localization of active (or about to be active) protein in a given cellular context, which is wild-type unless specified. CYTOSOL EXTRACELLULAR SPACE A 1. M6P receplor bound to ligand 2. a protein with an (N-SIG] only in a class E yeast mutant 3. plasma membrane v-SNARE 4, clathrin
Match the components involved with ER transport with their initial appropriate cellular location; Locations can be used more than once or not at all protein translocator active site of signal peptidase 1. ER lumen MRNA 2. ER membrane 3. Cytosol Signal-recognition particle SRP receptor >
Microtubules in an animal cell: O a. undergo assembly if the concentration of GTP-bound tubulin dimers is high and a cell is exposed to vinblastine O b. undergo disassembly if the concentration of GDP-bound tubulin dimers is high and a cell is exposed to taxol O c. undergo disassembly if the concentration of GTP-bound tubulin dimers is high and a cell is exposed to colchicine O d. undergo assembly if the concentration of GTP-bound tubulin dimers is high and a cell is exposed to colchicine
Match the protein on the left with the type of activation of that protein on the right STAT Smad PKA Ras NFKB Nuclear receptor [Choose] [Choose] GTP binding serine phosphorylation Interaction with Galpha Cleavage by y-secretase destruction of a protein by proteasome tyrosine phosphorylation second messenger ligand binding [Choose] [Choose] [Choose]
What would most likely occur to nuclear-cytoplasmic shuttling if the intrinsic GTPase activity of RAN was slowed down by 50%? Group of answer choices RAN would not bind exportin and proteins would accumulate in the nucleus All of the answers are likely None of the answers are likely Importin beta would not release from RAN in the cytoplasm and nuclear import would slow down RAN would not bind to importin beta and protein cargo in the nucleus would not release
Or. Foyez Samar The volume enclosed by the plasma membrane of plant cells is often much larger the c corresponding volume in animal cells. The most regsengble explanation for this observation Is that A) plant cells are capable of having a much higher surface-to-volume ratio than animal cells. B) plant cells have a much more highly convoluted (folded) plasma membrane than animal cens. C) plant cells contain a large vacuole that reduces the volume of the cytoplasm. D) animal cells are more spherical, whereas plant cells are elongated. 12 A u
REEP family proteins act as wedges to promote bending of the membrane true or false
What determines the conformation of Mediator? TAND 1 O TAFS 6 and 9 O interactions with transactivator proteins O cyclin H O the phosphorylation state of the CTD