Random SEE questions Flashcards
Match the action on the vocal cords with the intrinsic muscle that causes it Elongates Adducts Relaxes Abducts Cricothyroid Lateral cricoarytenoid Posterior cricoarytenoid thyroarytenoid
Elongates-Cricothyroid Adducts-Lateral cricoarytenoid Relaxes-thyroarytenoid Abducts-Posterior cricoarytenoid
Match each blood gas partition coefficient with its corresponding inhalation agent 0.42 0.65 1.46 2.5 Iso Des Sevo Hhalo
0.42 - Desflurane 0.65 - Sevo 1.46 - Isoflurane 2.5 - Halthane
Match the type of breathing system with its description. Open Semi-open Semi-closed Closed Complete rebreathing with extremely low fresh gas flow No reservoir is used and no rebreathing A reservoir is used with no rebreathing A reservoir is used with partial rebreathing
Open - No reservoir is used and no rebreathing Semi-open - A reservoir is used with no rebreathing Semi-closed - A reservoir is used with partial rebreathing Closed - Complete rebreathing with extremely low fresh gas flow
Order the relative potencies of the indicated inhalation agents from highest to lowest potency. Isoflurane Nitrous oxide Desflurane Sevoflurane 1st 2nd 3rd 4th
1st - Isoflurane 2nd - Sevoflurane 3rd - Desflurane 4th - Nitrous Oxide
Match the nurse anesthetist with her contribution to the profession. Alice Magaw Sister Mary Bernard Agatha Hodgins Helen Lamb -Earliest known nurse anesthetist -Established the National Association of Nurse Anesthetists -Establishment of curriculum and standards in schools of nurse anesthesia -Mother of anesthesia
Alice Magaw - Mother of anesthesia Sister Mary Bernard - Earliest known nurse anesthetist Agatha Hodgins - Established the National Association of Nurse Anesthetists Helen Lamb - Establishment of curriculum and standards in schools of nurse anesthesia
Match the autonomic drug class with its associated physiologic effect Alpha-agonist Alpha-blocker Beta-agonist Anticholinergic Tachycardia Vasodilation Uterine contraction Increased blood sugar
Alpha-agonist - Uterine contraction Alpha-blocker - Vasodilation Beta-agonist - Increased blood sugar Anticholinergic - Tachycardia
Match the patient age with the associated airway-related item. 1-year-old 10-year-old Preterm infant 2-year-old 4.5 cuffed endotracheal tube size 2.5 uncuffed oral endotracheal tube size #1 straight blade 17-cm oral endotracheal tube insertion depth
1-year-old - #1 straight blade 10-year-old - 17-cm oral endotracheal tube insertion depth Preterm infant - 2.5 uncuffed oral endotracheal tube size 2-year-old - 4.5 cuffed endotracheal tube size
Match the appropriate laboratory test to the coagulation-related event. Partial thromboplastin time Bleeding time D-dimer Prothrombin time Nonsteroidal anticoagulant use Warfarin administration Heparin infusion Active fibrinolysis
Partial thromboplastin time - Heparin infusion Bleeding time - Nonsteroidal anticoagulant use D-dimer - Active fibrinolysis Prothrombin time - Warfarin administration
Regarding renal control of blood pressure, match the stimulus to the factor MOST immediately stimulated by it. Angiotensin I Angiotensin II Hypotension Renin Angiotensin I Angiotensin II Aldosterone Renin
Angiotensin I - Angiotensin II Angiotensin II - Aldosterone Hypotension - Renin Renin - Angiotensin I
Match each medication used in aspiration prophylaxis with its classification. Bicitra Metoclopramide Omeprazole Ranitidine Nonparticulate antacid Gastric prokinetic Histamine-2 antagonist Proton pump inhibitor
Bicitra - Nonparticulate antacid Metoclopramide - Gastric prokinetic Omeprazole - Proton pump inhibitor Ranitidine - Histamine-2 antagonist
Match the appropriate ST elevation finding in the ECG leads to each part of the heart. II, III, aVF V1-V2 V4-V5 I, aVL Lateral Inferior Septal Anterior
II, III, aVF - Inferior V1-V2 - Septal V4-V5 - Anterior I, aVL - Lateral
Match the twitch response with its corresponding nerve origin. Adductor twitch Quadriceps twitch Dorsiflexion Plantar flexion Femoral Obturator Tibial nerve Peroneal nerve
Adductor twitch - Obturator Quadriceps twitch - Femoral Dorsiflexion - Peroneal nerve Plantar flexion - Tibial nerve
Match the drug with its respective chemical classification. Droperidol Etomidate Ketamine Propofol Imidazole Phenol Butyrophenone Phencyclidine
Droperidol - Butyrophenone Etomidate - Imidazole Ketamine - Phencyclidine Propofol - Phenol
In the image below, click on the primary area of action of the Class IC anti-dysrhythmic drugs.
In the figure below, click on the nerve that may be compressed during mediastinoscopy.
In the diagram below, click on the only aspect of pancuronium’s chemical structure which is altered to create vecuronium.
In the figure below showing a properly placed left-sided double-lumen endotracheal tube, click on the line indicating the tube’s tracheal orifice.
In the diagram of the cardiac conduction system below, click on the area that conducts the highest intrinsic rate.
In the diagram of the coronary arterial circulation below, click on the artery that supplies blood to the sinoatrial and atrioventicular nodes.
The graph below depicts FA/F1 of isoflurane, sevoflurane, desflurane, and nitrous oxide. Click on the line that is characteristic of desflurane.
Below is a normal capnogram. Where on the graph would rebreathing be seen, if it were present?
Click the form of the neuronal sodium channel receptor to which binding by a local anesthetic is most difficult.
Designate the portion of the anesthesia delivery system which best signifies the beginning of the low pressure circuit.
In the diagram below, click on the box where ACE inhibitors exert their action:
Click on the expiratory side of this circle circuit.
