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There are three main types of coat protein associated withtransport vesicles. What is the general purpose of these coatproteins? and where would each of the three types be found in theexocytotic and endocytic pathways of the cell
Describe the mechanisms by which a transport vesicle is able tofind and fuse with its target membrane. Be sure to include allrelevent proteins and processes involved in the recognition,docking and fusion of membranes
Glycosylation performs many important functions in the cell, fromensuring the proper folding of proteins to cell-cell recognition.What are M6P groups, where are they added, and what is theirpurpose in exo/endocytotic cycling? How is their proper functionreliant on organellar pH?
There are three main types of coat protein associated withtransport vesicles. What is the general purpose of these coatproteins? and where would each of the three types be found in theexocytotic and endocytic pathways of the cell
Describe the mechanisms by which a transport vesicle is able tofind and fuse with its target membrane. Be sure to include allrelevent proteins and processes involved in the recognition,docking and fusion of membranes
Glycosylation performs many important functions in the cell, fromensuring the proper folding of proteins to cell-cell recognition.What are M6P groups, where are they added, and what is theirpurpose in exo/endocytotic cycling? How is their proper functionreliant on organellar pH?
Describe the mechanisms by which a transport vesicle is able tofind and fuse with its target membrane. Be sure to include allrelevent proteins and processes involved in the recognition,docking and fusion of membranes
Glycosylation performs many important functions in the cell, fromensuring the proper folding of proteins to cell-cell recognition.What are M6P groups, where are they added, and what is theirpurpose in exo/endocytotic cycling? How is their proper functionreliant on organellar pH?
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watching
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Jean KeelingLv2
28 Sep 2019