Question 5 Describe briefly the TWO distinct roles of the v-SNARE and t-SNARE proteins in vesicle transport. O They generate mechanical forces needed for budding the vesicles O They provide mechanical forces needed for transporting vesicles in the cytosol O They provide specificity by matching particular membrane compartments O They hydrolyze GTP to allow vesicles to pinch off a membrane compartment O They generate mechanical forces needed for fusing different membrane compartments 2 They enable vesicle cargo to be concentrated with its receptor

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Question 5
Describe briefly the TWO distinct roles of the v-SNARE and t-SNARE proteins in vesicle transport.
O They generate mechanical forces needed for budding the vesicles
O They provide mechanical forces needed for transporting vesicles in the cytosol
O They provide specificity by matching particular membrane compartments
O They hydrolyze GTP to allow vesicles to pinch off a membrane compartment
O They generate mechanical forces needed for fusing different membrane compartments
O They enable vesicle cargo to be concentrated with its receptor
Transcribed Image Text:Question 5 Describe briefly the TWO distinct roles of the v-SNARE and t-SNARE proteins in vesicle transport. O They generate mechanical forces needed for budding the vesicles O They provide mechanical forces needed for transporting vesicles in the cytosol O They provide specificity by matching particular membrane compartments O They hydrolyze GTP to allow vesicles to pinch off a membrane compartment O They generate mechanical forces needed for fusing different membrane compartments O They enable vesicle cargo to be concentrated with its receptor
stion 15
Imagine that a cell contains a temperature-sensitive mutation such that nuclear lamins cannot be phosphorylated at the
restrictive temperature. Describe the phenotype of the mutant cells during mitosis at the restrictive temperature.
O The mutant cells will not be able to decondense chromosomes and will be arrested in prophase
O The mutant cells will not be able to assemble the mitotic spindle and will be arrested in metaphase
O The mutant cells will not be able to disassemble the nuclear envelope and will be arrested in prophase
O The mutant cells will go through multiple mitotic cycles without cytokinesis and will become multi-nucleated
The mutant cells will be unable to reassemble the nuclear envelope and will be arrested in telophase
Transcribed Image Text:stion 15 Imagine that a cell contains a temperature-sensitive mutation such that nuclear lamins cannot be phosphorylated at the restrictive temperature. Describe the phenotype of the mutant cells during mitosis at the restrictive temperature. O The mutant cells will not be able to decondense chromosomes and will be arrested in prophase O The mutant cells will not be able to assemble the mitotic spindle and will be arrested in metaphase O The mutant cells will not be able to disassemble the nuclear envelope and will be arrested in prophase O The mutant cells will go through multiple mitotic cycles without cytokinesis and will become multi-nucleated The mutant cells will be unable to reassemble the nuclear envelope and will be arrested in telophase
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