Like the conductor of an orchestra, the Sec protein translocation channel is the platform
needed to bring together the many different players required for the constitutive and …

The Sec61 or SecY channel, a universally conserved protein-conducting channel,
translocates proteins across and integrates proteins into the eukaryotic endoplasmic …

The conserved protein-conducting channel, referred to as the Sec61 channel in eukaryotes
or the SecY channel in eubacteria and archaea, translocates proteins across cellular …

The Sec61 and SecYEG translocation channels mediate the selective transport of proteins
across the endoplasmic reticulum and bacterial inner membrane, respectively. These …

The general secretory (Sec) pathway comprises an essential, ubiquitous and universal
export machinery for most proteins that integrate into, or translocate through, the plasma …

Protein transport via the Sec translocon represents an evolutionary conserved mechanism
for delivering cytosolically-synthesized proteins to extra-cytosolic compartments. The Sec …

The Sec translocon, a protein-conducting channel, consists of a heterotrimeric complex
(SecYEG in bacteria and Sec61αβγ in eukaryotes) that provides a pathway for secretary …

The transport of proteins across the plasma membrane in bacteria requires a channel
formed from the SecY complex, which cooperates with either a translating ribosome in …

All living organisms, no matter how simple or complex, possess the ability to translocate
proteins across biological membranes and into different cellular compartments. Although a …

Special codes are embedded in the primary sequence of newly synthesized proteins to
determine their final destination. Protein translocation across biological membranes requires …