ELSTs are allowed to use several resuscitation methods, including use of semi-automated external defibrillators, insertion of a supraglottic airway device (laryngeal mask airway, laryngeal tube, and esophageal-tracheal twin-lumen airway device), insertion of a peripheral intravenous line, and administration of Ringer lactate solution [ 1, 9].
Under the online medical control, ELSTs are allowed to use several resuscitation methods, including semiautomated external defibrillators, insertion of a supraglottic airway device (laryngeal mask airway, laryngeal tube, and esophagotracheal twin-lumen airway device), insertion of a peripheral intravenous line, and administration of Ringer lactate solution [ 1].
Under online medical control, ELSTs are allowed to use several resuscitation methods, including semiautomated external defibrillators, insertion of supraglottic airway devices (laryngeal mask airway, laryngeal tube and esophageal-tracheal twin-lumen airway device), insertion of peripheral intravenous lines and infusion of Ringer lactate solution.
ELSTs are allowed to use several resuscitation methods, including use of semi-automated external defibrillators, insertion of a supraglottic airway device (laryngeal mask airway, laryngeal tube, and esophageal-tracheal twin-lumen airway device), insertion of a peripheral intravenous line, and administration of Ringer lactate solution.
ELSTs are allowed to use several resuscitation methods, including semi-automated external defibrillators, insertion of a supraglottic airway device (laryngeal mask airway, laryngeal tube, and esophageal-tracheal twin-lumen airway device), insertion of a peripheral intravenous line and administration of Ringer lactate solution [ 1].
The phantom consists of a water-filled torso in which a twin membrane lumen filled with water and 10 MBq mTc-pertechnetate is placed.
The 8 12 kDa bipartite cTP [ 13], which is usually found at the N-terminus, regulates import into the thylakoid lumen via the twin arginine-dependent translocation (Tat) pathway [ 14].
PsbU, a protein that functions within the plastid lumen, also contains a twin-arginine signal peptide that directs it through the twin-arginine translocase into the plastid lumen [ 51].
The signal sequences of all chloroplast FKBPs have double arginine residues and follow the hydrophobic region needed for chloroplast lumen translocation via the Tat (twin arginine translocase) pathway [ 37].
However, cyanobacterial Rieske Fe/S protein with its uncleaved (twin-arginine) signal anchor peptide and a few thylakoid lumen proteins [ 40] are also candidate passengers for a Tat translocase in the thylakoid membrane.
These two proteins both exhibit putative bipartite transit peptides and a twin arginine motif, indicating that they may be transported into the thylakoid lumen via the TAT-pathway.
