front 1 List six indications for mechanical ventilation. | back 1 upper airway obstruction, apnea, aspiration risk, ineffective clearance of secretions, respiratory distress including ARDS, anesthesia |
front 2 What is the first thing you need to have before intubation and mechanical ventilation? | back 2 consent discussing risks associated with intubation and mechanical ventilation |
front 3 You patient has coded. Who will perform the intubation? | back 3 it varies - respiratory therapist, anesthesia, or MD |
front 4 What is the standard size of an ET tube? | back 4 7.5 |
front 5 You patient has coded and CPR has been initiated by your colleagues. You suspect your patient will require intubation. The MD has just arrived to the room. Who should you call now? Why? | back 5 x-ray; to order a chest x-ray to ensure correct placement of the ET tube |
front 6 Your patient requires intubation. You have been directed to gather supplies. What seven items will you be sure that you have? | back 6 bag valve mask hooked up to 12L O2; suction; intubation tray (scope, stylet, ET tube, syringe); end tidal CO2 detector; stethoscope; ventilator at the bedside ready to be connected to the ET tub; tape or ET tube securing device |
front 7 How will you communicate with your intubated patient? | back 7 white boards or computers |
front 8 Your colleague's patient has coded and is receiving CPR. Your colleague is frazzled and is struggling to prepare her patient for intubation. In your astute observation of the room, you notice Polident by the sink. How can you help your colleague in this situation? | back 8 remove the patient's dentures as they can obstruct the airway |
front 9 A resident is performing intubation on your patient. He is very aggressive and chips your patient's tooth. What do you want to assess in this scenario? | back 9 where is the chipped remnant of the tooth; you do not want it to fall back into the airway |
front 10 The medical team has rushed into your patient's room during a code. Your colleagues are performing CPR and you have gathered all your supplies needed for intubation. What additional four things would you ensure that have done to your patient in preparation for intubation? | back 10 IV access (>18G); monitoring (cardiac, BP, pulse ox); positioning; baseline labs |
front 11 You have grabbed a rapid sequence intubation kit. What three classes of medications does it contain? | back 11 sedatives/hypnotics (versed, amidate, ativan, diprovan); narcotics (fentanyl); paralytics (anectine) |
front 12 Your rapid sequence intubation kit contains three classes of medications. One class must be administered second? | back 12 paralytics |
front 13 What other drugs would you like to have in addition to those in your rapid sequence intubation kit? | back 13 reversals such as Narcan |
front 14 What position should your patient be in for intubation? | back 14 sniffing position |
front 15 You are lecturing a class about the steps for intubation placement. What eight steps do you emphasize? | back 15 put in sniffing position; sedate; preoxygenate 100% O2 for 3-5 minutes; place ET tube; check placement; connect to O2 source; measure position; secure ET tube |
front 16 Your patient was recently intubated. The chest x-ray is ready and shows that the ET tube is in the appropriate location. What order do suspect next? When does it need to be done? | back 16 an ABG; within 20 minutes of the intubation |
front 17 How do you checked for appropriate placement of an ET tube? Name three ways. | back 17 auscultate the stomach and lungs (you shouldn't hear air movement in the stomach); end tidal CO2 detection; chest x-ray |
front 18 Your patient's MD has just inserted the ET tube. You record the time and what other observation? | back 18 the location of the ET tube; for example, 22 at the lip or 23 at the teeth |
front 19 Your patient has been administered sedatives and an eager resident grabs the laryngoscope and begins to depress the patients tongue. What do you need to do to advocate for your patient? | back 19 remind the resident that he needs to preoxygenate the patient at 100% O2 for at least 3-5 minutes |
front 20 What is PEEP? | back 20 positive end-expiratory pressure; applied at the end of expiration of vented breaths to prevent alveoli shrinkage/collapse; 3-5cm H2O |
front 21 What is the difference between volume control and pressure control modes? | back 21 with volume control, tidal volume is predetermined and the amount of pressured needed to deliver breaths varies; with pressure control, tidal volume varies and pressure is predetermined |
front 22 What is important to monitor with pressure modes? | back 22 hypoventilation and hyperventilation |
front 23 How will you decide on whether to use a volume or pressure mode? | back 23 respiratory rate, depth, and drive; ABGs |
front 24 Which mode is used most commonly? | back 24 synchronized intermittent mandatory ventilation (SIMV) |
front 25 What is controlled mandatory ventilation (CMV)? | back 25 breaths delivered at preset rate and a present tidal volume independent of a patient's ventilation efforts; the machine is doing all the work |
front 26 What type of patients would require controlled mandatory ventilation (CMV)? | back 26 patient under anesthesia or patients who are paralyzed |
front 27 How many breaths would you set for controlled mandatory ventilation (CMV)? | back 27 12 |
front 28 What is assist control/assisted mandatory ventilation (AMV)? | back 28 a preset frequency and tidal volume delivered when the patient patient initiates spontaneous breath |
front 29 What type of patients would require assist control/assisted mandatory ventilation? | back 29 patients with pulmonary edema, neuromuscular disorders, and acute respiratory failure |
front 30 Your patient can breath 5 times a minute on their own. She is receiving AMV. How many breaths per minute would you set the ventilator? | back 30 7 breaths |
front 31 Your patient is on AMV. He has been receiving treatments and responding well. The ventilator is alarming. What do you suspect? | back 31 the patient have begun to breath more breaths per minute on their own and the machine needs to be reset |
front 32 This is a negative consequence of AMV. | back 32 hyperventilation |
front 33 What is synchronized intermittent mandatory ventilation (SIMV)? | back 33 preset tidal volume and present frequency in synchrony with patient's breathing; the patient is able to breathe spontaneously between ventilator delivered breaths; the breaths by the patient will not take in tidal volume, they will only take in what the patient takes in |
front 34 Which volume mode is best for weaning? | back 34 synchronized intermittent mandatory ventilation (SIMV) |
front 35 What is pressure support ventilation (PSV)? | back 35 preset level of positive pressure applied during inspiration used in conjunction with patient's spontaneous respirations; patient determines inspiratory length, tidal volume, and respiratory rate; patient must be able to spontaneously initiate a breath |
front 36 Which pressure mode is best for weaning? | back 36 pressure support ventilation (PSV) |
front 37 This ventilation is similar to PEEP and can be used in conjunction with PEEP. | back 37 pressure support ventilation (PSV) |
front 38 Can a patient be receiving volume and pressure mode ventilation? Give an example. | back 38 yes; SIMV with PSV |
front 39 What is CPAP? | back 39 continuous positive airway pressure; non-invasive pressure delivered continuously during spontaneous breathing |
front 40 Which patients commonly receive CPAP? | back 40 patients with sleep apnea |
front 41 What is BIPAP? | back 41 bi-level positive airway pressure; non-invasive higher inspiratory positive airway pressure and lower expiratory positive airway pressure |
front 42 Why don't you get CO2 overload with CPAP and BIPAP? | back 42 there is a release valve |
front 43 True or False. Ventilators have a CPAP function. | back 43 true |
front 44 What is high-frequency oscillary ventilation (HFOV)? | back 44 tiny tidal volumes delivered at increased respiratory rates; 180-900 breaths per minute; rapid ventilation with smaller volumes helps to keep alveoli open; most commonly accepted for premature infants; currently being studied for use with patients with ARDS; adult patients will likely not be able to wean off these ventilators |
front 45 True or False. You can get a ventilated patient up and walking. | back 45 true |
front 46 How will you monitor that the ET tube has not moved? | back 46 observe if the marking on the tube is at the initial location (teeth or lip) |
front 47 Your patient's family has been complaining that the ventilator alarms are constantly sounding. They want you to silence them for a couple hours. How do you respond? | back 47 remind the family that these alarms are critical to monitor the patient's respiratory status and must be kept on |
front 48 What nursing diagnoses would you foresee for a ventilated patient? | back 48 impaired respiratory status related to secretions; impaired oral care; impaired skin integrity; impaired nutritional status |
front 49 How will a ventilated patient receive nutrition? | back 49 enteral (g-tube) or parenteral supplementation |
front 50 The wife of your ventilated patient is clearly distraught. She feels disconnected and helpless. What can you do for her? | back 50 teach her to do ROM so that she feels as though she is participating in her husbands care |
front 51 ABGs will be regularly monitored in the ventilated patient. Which intervention will make these draws easier? | back 51 arterial line |
front 52 Your patient's ventilator has begun to alarm. You cannot figure out why. What should you do? | back 52 manually ventilate him and call the respiratory therapist |
front 53 The high pressure alarm on your patient's ventilator has begun to sound. What might you consider to be the problem? Consider five problems. | back 53 patient coughing; secretions or mucus in the airway; patient biting tube; airway problems; patient fighting the ventilator |
front 54 The low pressure alarm on your patient's ventilator has begun to sound. What might you consider to be the problem? Consider three problems. | back 54 patient disconnection, circuit leaks, airway leaks |
front 55 Your patient is confused and pulls out his ET tube. You must re-intubate him. What will you advocate for this time? | back 55 sedatives |
front 56 Why is the ventilated patient at increased risk for pneumonia? | back 56 the ET tube impedes normal defenses by the glottis thereby making aspiration more likely |
front 57 It is 4:00pm and you are doing a scheduled assessment of your ventilated patient. Before leaving the room, what else should you inspect? | back 57 if the ventilator is functioning properly |
front 58 What is barotrauma? | back 58 rupture of over-distended alveoli during mechanical ventilation |
front 59 How do we prevent barotrauma? | back 59 ventilate with smaller tidal volumes |
front 60 How do we prevent stress ulcers of the ventilated patient? Consider three strategies. | back 60 correct predisposing conditions; treat prophylactically with antiulcer agents; initiate enteral nutrition early |
front 61 What are two strategies used to prevent ventilator-associated pneumonia? | back 61 strict infection control and elevation of the HOB to 45 degrees or more |
front 62 Where should the ET tube be located in the respiratory tree? | back 62 the main bronchus |
front 63 The night nurse is giving you report about a ventilated patient. She tells you that her ET tube spontaneously traveled away from the main bronchus. Where do you suspect it traveled? Why? | back 63 right bronchus because it is more vertical in presentation than the left bronchus |
front 64 Your ventilated patient's trachea appears displaced to the left. What do you suspect? | back 64 tension pneumothorax caused by air trapping in the pleural space |
front 65 What aspect of a ventilated patient's care relies the most heavily on a multidisciplinary approach? Who is included in this approach? | back 65 weaning; MD, RT, dietitian, patient, family |
front 66 How do you know how aggressively to wean a ventilated patient? | back 66 institutional parameters and guidelines |
front 67 What do you need to have prior to extubation of the ventilated patient? | back 67 an acceptable ABG; spontaneous breathing on their own (usually with CPAP); alertness; titrated medications; respiratory rate WNL; test of muscle strength (negative inspiratory force using a manometer); hyperoxygenation; suction and bag valve mask at the bedside |
front 68 How do you extubate a ventilated patient? | back 68 instruct the patient to take a deep breath; deflated the cuff at the peak of inspiration; remove the tube in one motion; monitor vital signs |