The nurse identifies which group of equipment is essential to have at the bedside of a pt with a closed-chest chest tube drainage system in place?

Sterile connector, sterile petrolatum gauze pad, padded clamp More test answers on https://studyhippo.com/chest-tubes/

A client has chest tubes attached to a chest tube drainage system. What should the nurse do when caring for this client? Clamp the chest tubes when suctioning. Palpate the surrounding area for crepitus. Change the dressing daily using aseptic technique. Empty the drainage chamber at the end of the shift.

Palpate the surrounding area for crepitus. More test answers on https://studyhippo.com/chest-trauma/

A client is admitted to the postanesthesia care unit after a segmental resection of the right lower lobe of the lung. A chest tube drainage system is in place. When caring for this tube, what should the nurse do? Raise the drainage system to bed level and check its patency. Clamp the tube when moving the client from the bed to a chair. Mark the time and fluid level on the side of the drainage chamber. Secure the chest catheter to the wound dressing with a sterile safety pin

Mark the time and fluid level on the side of the drainage chamber More test answers on https://studyhippo.com/chest-trauma/

A nurse is planning care for a client following placement of a chest tube 1 hr ago. Which of the following actions should the nurse include in the plan of care? a. clamp the chest tube if there is continuous bubbling in the water seal chamber b. keep the chest tube drainage system at the level of the right atrium c. tape all connections between the chest tube and drainage system d. empty the collection chamber and record the amount of drainage every 8 hrs.

c. tape all connections between the chest tube and drainage system. More test answers on https://studyhippo.com/ati-respiratory/

A nurse is planning care for a patient following placement of a chest tube 1 hour ago. Which of the following actions should the nurse include in the plan of care: 1. Clamp the chest tube if there is continuously bubbling in the water seal chamber 2. Keep the chest tube drainage system at the level of the right atrium 3. Tape all of the connections between the chest tube and the drainage system 4. Empty the collection chamber and record the amount of drainage every 8 hours

3. Tape all of the connections between the chest tube and the drainage system The nurse should tape all of the connections to ensure that the system is airtight and prevent the chest tubing from accidentally disconnecting. More test answers on https://studyhippo.com/ati-respiratory-questions/

The nurse identifies which group of equipment is essential to have at the bedside of a patient with a closed-chest chest tube drainage system in place? a) tape measure, portable scale, Sengstaken-Blakemore tube b) penlight, reflex hammer, safety pin c) sterile connector, sterile petrolatum gauze pad, padded clamp d) nasogastric tube, blood glucose monitor, sputum jar (Kaplan Resp Set 10/30)

c) all are related to management of chest tubes, particularly emergencies; sterile connector is used to reestablish drainage system if tubing disconnects from the drainage equipment; gauze pad is used if chest tube dislodges from body of patient, forming a seal so atmospheric air cannot get into the negative pressure thoracic cavity; padded clamp is used, briefly and with extreme caution, to assess for possible air leaks and also prior to removing chest tube (Kaplan Resp Set 10/30) More test answers on https://studyhippo.com/kaplan-respiratory-test-b/

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What is Chest Tube Drainage System?

A chest tube drainage system is a medical device used to drain fluid and air from the pleural cavity, allowing the lungs to reinflate and function normally. This system consists of a chest tube, an underwater seal drainage system, suction apparatus, and other components. Chest tubes are placed in the pleural cavity either surgically or using minimally-invasive techniques such as thoracoscopy or video-assisted thoracoscopic surgery (VATS). The underwater seal drainage system is then connected to the chest tube in order to facilitate suction of fluid from the pleural space. The primary purpose of a chest tube drainage system is to treat conditions such as pneumothorax (collapsed lung), hemothorax (blood accumulation around the lungs), chylothorax (accumulation of lymphatic fluid around the lungs), empyema (pus accumulation around the lungs) and bronchopleural fistula. It can also be used for draining abscesses located within the pleural cavity. In some cases, it may be necessary to temporarily insert a chest tube with suction in order to remove large amounts of air or fluid that has accumulated inside the pleura before surgery can be performed. The insertion procedure of a chest tube is highly technical and must be performed by an experienced healthcare professional. During insertion, local anesthesia is usually administered in order to minimize discomfort during this procedure. After insertion, X-rays are usually taken immediately after placement in order to confirm proper positioning of the chest tube. Once positioned correctly, continuous suction will then be applied through an underwater seal drainage bottle attached at one end of the tubing connected with it which helps clear out any pooled fluids from inside your body’s cavities enabling them to heal properly over time and preventing further complications such as infection or reaccumulation of fluid/air within your body’s cavities resulting due their obstruction or blockage due these substances present inside them like pus or blood clots etc respectively In conclusion, a Chest Tube Drainage System is an important medical device used for treating various conditions involving accumulation of fluids/air in and around our body’s cavities including pneumothorax which can have dangerous consequences if left untreated for long periods without proper management using these systems offered by modern medicine available today.