The Alu SINE is likely derived from the 7SL RNA found in this structure, and names a domain in this structure believed to inhibit elongation factors. The traditional set of myositis-specific antibodies are anti-Jo-1, anti-Mi-2, and antibodies which target this complex. A bacterial form of this structure contains the Ffh protein which is analogous to a 54 kDa eukaryotic subunit. This complex binds to the receptor FtsY. Like SecA and SecB, this structure complexes with the RNP to transport proteins to the SecYEG translocon. This structure binds to its receptor in a GTP dependent fashion, and it identifies an N-terminal region of 16-30 amino acids at the ribosome nascent chain which is later cleaved off. This complex binds to the leader peptide while the rest of the protein is still being synthesized. For 10 points, name this protein-RNA complex responsible for translocating proteins to the endoplasmic reticulum.
The Alu SINE is likely derived from the 7SL RNA found in this structure, and names a domain in this structure believed to inhibit elongation factors. The traditional set of myositis-specific antibodies are anti-Jo-1, anti-Mi-2, and antibodies which target this complex. A bacterial form of this structure contains the Ffh protein which is analogous to a 54 kDa eukaryotic subunit. This complex binds to the receptor FtsY. Like SecA and SecB, this structure complexes with the RNP to transport proteins to the SecYEG translocon. This structure binds to its receptor in a GTP dependent fashion, and it identifies an N-terminal region of 16-30 amino acids at the ribosome nascent chain which is later cleaved off. This complex binds to the leader peptide while the rest of the protein is still being synthesized. For 10 points, name this protein-RNA complex responsible for translocating proteins to the endoplasmic reticulum.
The Alu SINE is likely derived from the 7SL RNA found in this structure, and names a domain in this structure believed to inhibit elongation factors.