please help me with this quickly How would loss of SNARE proteins likely influence the delivery of vesicles to theirtarget membrane?Vesicles would not release their coatsVesicles would not fuse with their target membraneVesicles delivery would not be affectedVesicles would not tether to their target membraneRecycling of Rab-GTPase would not occur

SNARE complexes are organised and protein molecules are emerged as SNARE complex assembly…

How would loss of SNARE proteins likely influence the delivery of vesicles to their target membrane? Vesicles would not release their coats O Vesicles would not fuse with their target membrane Vesicles delivery would not be affected Vesicles would not tether to their target membrane Recycling of Rab-GTPase would not occur

How would loss of SNARE proteins likely influence the delivery of vesicles to their target membrane? Vesicles would not release their coats O Vesicles would not fuse with their target membrane Vesicles delivery would not be affected Vesicles would not tether to their target membrane Recycling of Rab-GTPase would not occur

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

9th Edition

ISBN:9781285866932

Author:Lauralee Sherwood

Publisher:Lauralee Sherwood

Chapter12: Body Defenses

Section: Chapter Questions

Problem 12RE

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Secretory vesicles (destined for exocytosis) that fuse with the plasma membrane continuously, with no requirement for hormones or any other environmental signal, are properly referred to as: the v-SNARES constitutive secretory vesicles (like those that carry lipids, such as phosphatidylcholine) the endosomes regulated secretory vesicles (like those that carry hormones, such as insulin) the t-SNARES
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What must occur prior to vesicle fusion with its target membrane? Explain the effect on vesicle fusion if this vesicle lacked a membrane bound v-SNARE protein.
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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