Title: A Golgi retention signal in a membrane-spanning domain of coronavirus E1 protein Document date: 1991_10_1
ID: s4a8zs5a_42
Snippet: The polar residues that were mutated are conserved in the El proteins from four different coronaviruses (18) . Although there is little amino acid conservation overall in these proteins, the membrane topology is predicted to be the same. The first and second membrane-spanning domains show the highest overall region of identity (18) . This suggests an im-The Journal of Cell Biology, Volume 115, 1991 portant function for this region, and our result.....
Document: The polar residues that were mutated are conserved in the El proteins from four different coronaviruses (18) . Although there is little amino acid conservation overall in these proteins, the membrane topology is predicted to be the same. The first and second membrane-spanning domains show the highest overall region of identity (18) . This suggests an im-The Journal of Cell Biology, Volume 115, 1991 portant function for this region, and our results indicate this might be intracellular retention .
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