What happens at the end of the stop transfer sequence?
Samuel Coleman
Published Feb 20, 2026
What happens at the end of the stop transfer sequence?
Notice that the Stop Transfer sequence (orange) results in the disassembly of the translocation channel. Note that the signal sequence at the N terminal end of the protein is cleaved off, releasing the N terminal portion of the protein into the ER lumen.
How are primary and secondary stope sequencing used?
These two methods are executed within many stoping sequences, such as primary and secondary stope sequencing. They are a method of extraction and not so much a stoping sequence themselves. That is, they are the method used to get material out of a stope, not which way to set up a series of stopes.
Which is the correct sequence of stope extractions?
P1, primary stope cemented fill; S1, secondary stope unconsolidated fill. The numbers show the sequence of stope extractions. In order to maximize the extraction ratio, waste-rock should not be blasted along with the ore.
Which is part of the stop transfer signal?
Stop transfer signal. This is also a sequence of about 8-14 hydrophobic amino acid residues. It follows either a N-terminal signal sequence or a start transfer sequence. The stop transfer signal is a membrane crossing domain.
Notice that the Stop Transfer sequence (orange) results in the disassembly of the translocation channel. Note that the signal sequence at the N terminal end of the protein is cleaved off, releasing the N terminal portion of the protein into the ER lumen.
Which is the second generation Start Stop system?
In 2010, Valeo declared its second Start-Stop generation would appear in the same year. This new generation is called « i-StARS ». Bosch did the system works with automatic cars. The Mazda Smart Idle Stop System (SISS) uses combustion start instead of electrical start.
What is the state of the task sequence stuck?
Note that the task sequence that is stuck has an evaluation state of 14. According to the MSDN article this is ciJobStateWaitServiceWindow. I am not sure if this is an accurate state as this is from CCM_SoftwareUpdate, not CCM_Program but it definitely tells me the state is incorrect.
Stop transfer signal. This is also a sequence of about 8-14 hydrophobic amino acid residues. It follows either a N-terminal signal sequence or a start transfer sequence. The stop transfer signal is a membrane crossing domain.
