22 Chest Tube Placement (Assist) 179

Total Page:16

File Type:pdf, Size:1020Kb

22 Chest Tube Placement (Assist) 179 PROCEDURE Chest Tube Placement (Assist) 22 Julie Waters PURPOSE: Chest tubes are placed for the removal or drainage of air, blood, or fl uid from the intrapleural space. They also are used to introduce sclerosing agents into the pleural space to prevent a reaccumulation of fl uid. PREREQUISITE NURSING unintentional puncture during invasive procedures, KNOWLEDGE such as thoracentesis or central venous catheter insertion). • The thoracic cavity is a closed airspace in normal condi- ❖ Closed pneumothorax: The pleural space is penetrated tions. Any disruption results in the loss of negative pres- but the chest wall is intact, which allows air to enter sure within the intrapleural space. Air or fl uid that enters the pleural space from within the lung, as in spontane- the space competes with the lung, resulting in collapse of ous pneumothorax. A closed pneumothorax occurs the lung. Associated conditions are the result of disease, without apparent injury and often is seen in individuals injury, surgery, or iatrogenic causes. with chronic lung disorders (e.g., emphysema, cystic • Chest tubes are sterile fl exible polyvinyl chloride (PVC) fi brosis, tuberculosis, necrotizing pneumonia) and in or silicone nonthrombogenic catheters approximately young tall men who have a greater than normal height- 20 inches (51 cm) long, varying in size from 8F to 40F. to-width chest ratio; after blunt traumatic injury; or The size of the tube placed is determined by the indication iatrogenically, occurring as a complication of medical and viscosity of the drainage. 6 The side of the chest tube treatment (e.g., intermittent positive-pressure breath- usually has a radiopaque strip down the side to assist in ing, mechanical ventilation with positive end-expiratory visualization on chest radiographs. pressure). • Indications for chest tube insertion include the ❖ Tension pneumothorax: Air leaks into the pleural space following: through a tear in the lung and has no means to escape ❖ Pneumothorax (collection of air in the pleural space) from the pleural cavity, creating a one-way valve ❖ Hemothorax (collection of blood) effect. With each breath the patient takes, air accumu- ❖ Hemopneumothorax (accumulation of air and blood in lates and pressure within the pleural space increases, the pleural space) and the lung collapses. This condition causes the medi- ❖ Thoracotomy (e.g., open heart surgery, astinal structures (i.e., heart, great vessels, and trachea) pneumonectomy) to be compressed and shift to the opposite or unaffected ❖ Pyothorax or empyema (collection of pus) side of the chest. Venous return and cardiac output are ❖ Chylothorax (collection of chyle from the thoracic impeded, and collapse of the unaffected lung is pos- duct) sible. This life-threatening emergency requires prompt ❖ Cholothorax (collection of fl uid containing bile) recognition and intervention. ❖ Hydrothorax (collection of noninfl ammatory serous • Absolute contraindications: Lung that is densely adherent fl uid) to the chest wall throughout the hemithorax is an absolute 5 ❖ Pleural effusion contraindication to chest tube therapy. ❖ Pleurodesis (instillation of anesthetic solutions and • Relative contraindications: Use of chest tubes in patients sclerosing agents) with multiple adhesions, giant blebs, or coagulopathies • Chest tubes inserted for traumatic hemopneumothorax or should be carefully considered; however, these relative hemothorax (blood) should be large (36F to 40F). Medium contraindications are superseded by the need to reexpand tubes (24F to 36F) should be used for fl uid accumulation the lung. When possible, any coagulopathy or platelet (pleural effusions). Tubes inserted for pneumothorax (air) defect should be corrected before chest tube insertion. should be small (12F to 24F). 2,6 The differential diagnosis between a pneumothorax • A pneumothorax may be classifi ed as an open, closed, or and bullous disease necessitates careful radiological tension pneumothorax. assessment. 5 ❖ Open pneumothorax: The chest wall and the pleural • The tube size and insertion site selected for the chest tube space are penetrated, which allows air to enter the are determined by the indication. 5,6 If draining air, the tube pleural space, as in a penetrating injury or trauma; a is placed near the apex of the lung (second intercostal surgical incision in the thoracic cavity (i.e., thoracot- space); if draining fl uid, the tube is placed near the base omy); or a complication of surgical treatment (e.g., of the lung (fi fth or sixth intercostal space; see Fig. 21-1 ). 178 22 Chest Tube Placement (Assist) 179 • Once the tube is in place, it should be sutured to the skin patient ’ s condition, the procedure, the expected benefi ts, to prevent displacement and an occlusive dressing should and the potential risks. It also allows time for questions be applied (see Fig. 21-2 ). The chest tube also is con- to clarify information and voice concerns. Explanations nected to a chest-drainage system (see Procedure 25 ) to decrease patient anxiety and enhance cooperation. remove air and fl uid from the pleural space, which facili- • Explain the procedure and the reason for the procedure, if tates reexpansion of the collapsed lung. All connection the clinical situation permits. If not, explain the procedure points are secured with tape or zip ties (Parham-Martin and reason for the intubation after it is completed. Ratio- bands) to ensure that the system remains airtight (see nale: This explanation enhances patient and family under- Fig. 21-3 ). standing and decreases anxiety. • The water-seal chamber should bubble gently immedi- • Explain that the patient ’ s participation during the proce- ately on insertion of the chest tube and during expiration dure is to remain as immobile as possible and to do relaxed and with coughing. Continuous bubbling in this chamber breathing. Rationale: This explanation facilitates inser- indicates a leak within the patient or in the chest-drainage tion of the chest tube and prevents complications during system. Fluctuations in the water level in the water-seal insertion. chamber of 5 to 10 cm, rising during inhalation and falling • After the procedure, instruct the patient to sit in a semi- during expiration, should be observed with spontaneous Fowler ’ s position (unless contraindicated). Rationale: respirations. If the patient is on mechanical ventilation, This position facilitates drainage, if present, from the the pattern of fl uctuation is just the opposite. Any suction pleural space by allowing air to rise and fl uid to settle to applied must be disconnected temporarily to assess cor- be removed via the chest tube. This position also makes rectly for fl uctuations in the water-seal chamber. breathing easier. • Instruct the patient to turn and change position every 2 EQUIPMENT hours. The patient may lie on the side with the chest tube but should keep the tubing free of kinks. Rationale: • Caps, masks, sterile gloves, gowns, drapes Turning and changing position prevent complications • Protective eyewear (goggles) related to immobility and retained pulmonary secretions. • Antiseptic solution: 2% chlorhexidine or povidone- Keeping the tube free of kinks maintains patency of the iodine tube, facilitates drainage, and prevents the accumulation • Local anesthetic: 1% or 2% lidocaine solution (with or of pressure within the pleural space that interferes with without epinephrine) lung reexpansion. 1 ❖ 10-mL syringe with 20-gauge, 1 2 -inch needle • Instruct the patient to cough and deep breathe, with splint- ❖ 5-mL syringe with 25-gauge, 1-inch needle ing of the affected side. Rationale: Coughing and deep • Tube thoracostomy tray breathing increase pressure within the pleural space, facil- ❖ Sterile towels, 4 × 4 sterile gauze itating drainage, promoting lung reexpansion, and pre- ❖ Scalpel with No. 10 or 11 blade venting respiratory complications associated with retained ❖ Two Kelly clamps secretions. The application of fi rm pressure over the chest ❖ Needle holder tube insertion site (i.e., splinting) may decrease pain and ❖ Monofi lament or silk suture material (No. 0 or 1-0) discomfort. ❖ Sterile basin or medicine cup • Encourage active or passive range-of-motion exercises of ❖ Suture scissors the arm on the affected side. Rationale: The patient may ❖ Two hemostats limit movement of the arm on the affected side to decrease • Thoracotomy tubes (8 to 40Fr, as appropriate) the discomfort at the insertion site, which may result in • Closed chest-drainage system joint discomfort and potential joint contractures. • Suction source • Instruct the patient and family about activity as prescribed • Suction connector and connecting tubing (usually 6 feet while maintaining the drainage system below the level of for each tube) the chest. Rationale: This activity facilitates gravity • 1-inch adhesive tape or zip ties (Parham-Martin bands) drainage and prevents backfl ow and potential infectious • Occlusive dressing materials contamination into the pleural space. ❖ 4 × 4 gauze pads or slit drain sponges • Instruct the patient about the availability of prescribed ❖ Petrolatum gauze analgesic medication and other pain-relief strategies. ❖ Tape or a commercial securing device Rationale: Pain relief ensures comfort and facilitates Additional equipment, to have available as needed, includes coughing, deep breathing, positioning, range of motion, the following: and recuperation. • Ultrasound machine and ultrasound gel PATIENT ASSESSMENT AND PATIENT AND FAMILY EDUCATION PREPARATION • If time permits, assess
Recommended publications
  • Edition 2 Trauma Basics
    Welcome to the Trauma Alert Education Newsletter brought to you by Beacon Trauma Services. Edition 2 Trauma Basics Trauma resuscitation is the initial stabilization and early life saving interventions provided to the trauma patient. It doesn’t mean that CPR was performed. When assessing the trauma patient it is important to recognize clues that indicate what is wrong now and what could go wrong later. Investigating the mechanism of injury is one of the most important clues to evaluate. This can be done by listening carefully to the MIST report from EMS and utilizing the 60 second time out for EMS to give report Source: https://tinyurl.com/ycjssbr3 What is wrong with me? EMS MIST 43 year old male M= unrestrained driver, while texting drove off road at 40 mph into a tree, with impact to driver’s door, 20 minute extrication time I= Deformity to left femur, pain to left chest, skin pink and warm S= B/P- 110/72, HR- 128 normal sinus, RR- 28, Spo2- 94% GCS=14 (Eyes= 4 Verbal= 4 Motor= 6) T= rigid cervical collar, IV Normal Saline at controlled rate, splint left femur What are your concerns? (think about the mechanism and the EMS report), what would you prepare prior to the patient arriving? Ten minutes after arrival in the emergency department the patient starts to have shortness of breath with stridorous sound. He is now diaphoretic and pale. B/P- 80/40, HR- 140, RR- 36 labored. Absent breath sounds on the left. What is the patients’ underlying problem?- Answer later in the newsletter Excellence in Trauma Nursing Award Awarded in May for National Trauma Month This year the nominations were very close so we chose one overall winner and two honorable mentions.
    [Show full text]
  • Boerhaave's Syndrome – Tension Hydropneumothorax and Rapidly
    Boerhaave’s syndrome – tension hydropneumothorax and rapidly developing hydropneumothorax: two radiographic clues in one case Lam Nguyen Ho, Ngoc Tran Van & Thuong Vu Le Department of Internal Medicine, Faculty of Medicine, University of Medicine and Pharmacy, Ho Chi Minh City, Vietnam. Keywords Abstract Boerhaave’s syndrome, hydropneumothorax, methylene blue, pleural effusion, tension Boerhaave’s syndrome is a rare and severe condition with high mortality partly pneumothorax. because of its atypical presentation resulting in delayed diagnosis and management. Diagnostic clues play an important role in the approach to this syndrome. Here, we Correspondence report a 48 year-old male patient hospitalized with fever and left chest pain radiating Nguyen Ho Lam, Department of Internal into the interscapular area. Two chest radiographs undertaken 22 h apart showed a Medicine, Faculty of Medicine, University of rapidly developing tension hydropneumothorax. The amylase level in the pleural Medicine and Pharmacy, 217 Hong Bang fl fl Street, Ward 11, District 5, Ho Chi Minh City, uid was high. The uid in the chest tube turned bluish after the patient drank Vietnam. E-mail: [email protected] methylene blue. The diagnosis of Boerhaave’s syndrome was suspected based on the aforementioned clinical clues and confirmed at the operation. The patient Received: 17 January 2016; Revised: recovered completely with the use of antibiotics and surgical treatment. In this case, 25 February 2016; Accepted: 10 March 2016 we describe key findings on chest radiographs that are useful in diagnosing Boerhaave’s syndrome. Respirology Case Reports, 4(4),2016,e00160 doi: 10.1002/rcr2.160 Introduction severe left chest pain radiating into the interscapular area.
    [Show full text]
  • Chest and Abdominal Radiograph 101
    Chest and Abdominal Radiograph 101 Ketsia Pierre MD, MSCI July 16, 2010 Objectives • Chest radiograph – Approach to interpreting chest films – Lines/tubes – Pneumothorax/pneumomediastinum/pneumopericar dium – Pleural effusion – Pulmonary edema • Abdominal radiograph – Tubes – Bowel gas pattern • Ileus • Bowel obstruction – Pneumoperitoneum First things first • Turn off stray lights, optimize room lighting • Patient Data – Correct patient – Patient history – Look at old films • Routine Technique: AP/PA, exposure, rotation, supine or erect Approach to Reading a Chest Film • Identify tubes and lines • Airway: trachea midline or deviated, caliber change, bronchial cut off • Cardiac silhouette: Normal/enlarged • Mediastinum • Lungs: volumes, abnormal opacity or lucency • Pulmonary vessels • Hila: masses, lymphadenopathy • Pleura: effusion, thickening, calcification • Bones/soft tissues (four corners) Anatomy of a PA Chest Film TUBES Endotracheal Tubes Ideal location for ETT Is 5 +/‐ 2 cm from carina ‐Normal ETT excursion with flexion and extension of neck 2 cm. ETT at carina Right mainstem Intubation ‐Right mainstem intubation with left basilar atelectasis. ETT too high Other tubes to consider DHT down right mainstem DHT down left mainstem NGT with tip at GE junction CENTRAL LINES Central Venous Line Ideal location for tip of central venous line is within superior vena cava. ‐ Risk of thrombosis decreased in central veins. ‐ Catheter position within atrium increases risk of perforation Acceptable central line positions • Zone A –distal SVC/superior atriocaval junction. • Zone B – proximal SVC • Zone C –left brachiocephalic vein. Right subclavian central venous catheter directed cephalad into IJ Where is this tip? Hemiazygous Or this one? Right vertebral artery Pulmonary Arterial Catheter Ideal location for tip of PA catheter within mediastinal shadow.
    [Show full text]
  • Pneumothorax Ex Vacuo in a Patient with Malignant Pleural Effusion After Pleurx Catheter Placement
    The Medicine Forum Volume 16 Article 20 2015 Pneumothorax ex vacuo in a Patient with Malignant Pleural Effusion After PleurX Catheter Placement Meera Bhardwaj, MS4 Thomas Jefferson University, [email protected] Loheetha Ragupathi, MD Thomas Jefferson University, [email protected] Follow this and additional works at: https://jdc.jefferson.edu/tmf Part of the Medicine and Health Sciences Commons Let us know how access to this document benefits ouy Recommended Citation Bhardwaj, MS4, Meera and Ragupathi, MD, Loheetha (2015) "Pneumothorax ex vacuo in a Patient with Malignant Pleural Effusion After PleurX Catheter Placement," The Medicine Forum: Vol. 16 , Article 20. DOI: https://doi.org/10.29046/TMF.016.1.019 Available at: https://jdc.jefferson.edu/tmf/vol16/iss1/20 This Article is brought to you for free and open access by the Jefferson Digital Commons. The Jefferson Digital Commons is a service of Thomas Jefferson University's Center for Teaching and Learning (CTL). The Commons is a showcase for Jefferson books and journals, peer-reviewed scholarly publications, unique historical collections from the University archives, and teaching tools. The Jefferson Digital Commons allows researchers and interested readers anywhere in the world to learn about and keep up to date with Jefferson scholarship. This article has been accepted for inclusion in The Medicine Forum by an authorized administrator of the Jefferson Digital Commons. For more information, please contact: [email protected]. Bhardwaj, MS4 and Ragupathi, MD: Pneumothorax ex vacuo in a Patient with Malignant Pleural Effusion After PleurX Catheter Placement Pneumothorax ex vacuo in a Patient with Malignant Pleural Effusion After PleurX Catheter Placement Meera Bhardwaj, MS4 and Loheetha Ragupathi, MD INTRODUCTION Pneumothorax ex vacuo (“without vaccuum”) is a type of pneumothorax that can develop in patients with large pleural effusions.
    [Show full text]
  • TOPIC 2. Airway Patency Impairment. First Aid. Lesson 2 1. Anatomical and Physiological Features of the Respiratory Tract. 2. D
    TOPIC 2. Airway patency impairment. First aid. Lesson 2 1. Anatomical and physiological features of the respiratory tract. 2. Definition, causes, types, signs of airway obstruction. 3. Management of airway obstruction. Peculiarities of a foreign body removal from the respiratory tract of a pregnant woman, obese, infants. 4. Technique of ensuring airway patency (head tilt; jaw thrust; insertion of the nasopharyngeal and oropharyngeal airways). 5. Techniques of ventilation (mouth to mouth, mouth to nose, mouth to face mask, Bag-Valve ventilation). 6. Acute respiratory disorders in combat. Pneumothorax: types, signs and symptoms, first aid. Q4. Assessment of the airway patency of the victim. Technique of ensuring airway patency (head tilt; jaw thrust; insertion of the nasopharyngeal and oropharyngeal airways). Assessment of the upper airway of the victim usually requires positioning the individual supine on a flat, firm surface with the arms along the sides of the body. Unless trauma can be definitely excluded, any movement of the victim should consider the possibility of a spine injury. As the patient is placed supine, stabilize the cervical spine by maintaining the head, neck, and trunk in a straight line. If the neck is not already straight, then it should be moved as little as possible to establish the airway. If the patient cannot be placed supine, the jaw thrust maneuver can be applied with the rescuer at the victim’s side. Common causes of airway obstruction in an unconscious patient are occlusion of the oropharynx by the tongue and laxity of the epiglottis. With loss of muscle tone, the tongue or the epiglottis can be forced back into the oropharynx upon inspiration.
    [Show full text]
  • Approach to the Trauma Patient Will Help Reduce Errors
    The Approach To Trauma Author Credentials Written by: Nicholas E. Kman, MD, The Ohio State University Updated by: Creagh Boulger, MD, and Benjamin M. Ostro, MD, The Ohio State University Last Update: March 2019 Case Study “We have a motor vehicle accident 5 minutes out per EMS report.” 47-year-old male unrestrained driver ejected 15 feet from car arrives via EMS. Vital Signs: BP: 100/40, RR: 28, HR: 110. He was initially combative at the scene but now difficult to arouse. He does not open his eyes, withdrawals only to pain, and makes gurgling sounds. EMS placed a c-collar and backboard, but could not start an IV. What do you do? Objectives Upon completion of this self-study module, you should be able to: ● Describe a focused rapid assessment of the trauma patient using an organized primary and secondary survey. ● Discuss the components of the primary survey. ● Discuss possible pathology that can occur in each domain of the primary survey and recommend treatment/stabilization measures. ● Describe how to stabilize a trauma patient and prioritize resuscitative measures. ● Discuss the secondary survey with particular attention to head/central nervous system (CNS), cervical spine, chest, abdominal, and musculoskeletal trauma. ● Discuss appropriate labs and diagnostic testing in caring for a trauma patient. ● Describe appropriate disposition of a trauma patient. Introduction Nearly 10% of all deaths in the world are caused by injury. Trauma is the number one cause of death in persons 1-50 years of age and results in significant life years lost. According to the National Trauma Data Bank, falls were the leading cause of trauma followed by motor vehicle collisions (MVCs) and firearm related injuries with an overall mortality rate of 4.39% in 2016.
    [Show full text]
  • Clinical Presentation of Patients with Tension Pneumothorax a Systematic Review
    META-ANALYSIS Clinical Presentation of Patients With Tension Pneumothorax A Systematic Review Derek J. Roberts, MD,∗†‡§ Simon Leigh-Smith, MBChB,¶ Peter D. Faris, PhD,† Christopher Blackmore, MD,∗ Chad G. Ball, MD, MSc,∗§∗∗ Helen Lee Robertson, MLIS,†† Elijah Dixon, MD, MSc,∗∗∗ Matthew T. James, MD, PhD,†‡‡ Andrew W. Kirkpatrick, MD, MHSc,∗‡§ John B. Kortbeek, MD,∗‡§ and Henry T. Stelfox, MD, PhD†‡‡‡ assisted ventilation who experienced hypotension or cardiac arrest developed Objective: To determine whether the reported clinical presentation of tension these signs within minutes of clinical presentation. pneumothorax differs between patients who are breathing unassisted versus Discussion: The reported clinical presentation of tension pneumothorax de- receiving assisted ventilation. pends on the ventilatory status of the patient. This may have implications for Background: Animal studies suggest that the pathophysiology and physical improving the diagnosis and treatment of this life-threatening disorder. signs of tension pneumothorax differ by subject ventilatory status. Methods: We searched electronic databases through to October 15, 2013 for Keywords: assisted ventilation, breathing unassisted, clinical manifestations, observational studies and case reports/series reporting clinical manifestations clinical presentation, diagnosis, management, signs and symptoms, tension of tension pneumothorax. Two physicians independently extracted clinical pneumothorax manifestations reported at diagnosis. (Ann Surg 2014;00:1–11) Results: We identified 5 cohort studies (n = 310 patients) and 156 case series/reports of 183 cases of tension pneumothorax (n = 86 breathing unas- sisted, n = 97 receiving assisted ventilation). Hypoxia was reported among 43 ension pneumothorax is an uncommon condition with a high (50.0%) cases of tension pneumothorax who were breathing unassisted versus mortality rate most frequently reported to occur in prehospital, 89 (91.8%) receiving assisted ventilation (P < 0.001).
    [Show full text]
  • Head to Toe Critical Care Assessment for the Trauma Patient
    Head to Toe Assessment for the Trauma Patient St. Joseph Medical Center – Tacoma General Hospital – Trauma Trust Objectives 1. Learn Focused Trauma Assessment 2. Learn Frequently Seen Trauma Injuries 3. Appropriate Nursing Care for Trauma Patients St. Joseph Medical Center – Tacoma General Hospital – Trauma Trust Prior to Arrival • Ensure staff have received available details of the case • Notify the entire responding Trauma team • Assign tasks as appropriate for Trauma resuscitation • Gather, check and prepare equipment • Prepare Trauma room • Don PPE (personal protective equipment) • MIVT way to obtain history: Mechanism of injury Injuries sustained Vital signs Treatment given Trauma Trust St. Joseph Medical Center – Tacoma General Hospital – Trauma Trust Primary Survey • Begins immediately on patient’s arrival • Collection of information of injury event and past medical history depend on severity of condition • Conducted in Emergency Room simultaneously with resuscitation • Focuses on detecting life threatening injuries • Assessment of ABC’s Trauma Trust St. Joseph Medical Center – Tacoma General Hospital – Trauma Trust Primary Survey Components Airway with simultaneous c-spine protection and Alertness Breathing and ventilation Circulation and Control of hemorrhage Disability – Neurological: Glasgow Coma Scale [GCS] or Alert, Voice, Pain, Unresponsive [AVPU] Exposure and Environmental Controls Full set of vital signs and Family presence Get resuscitation adjuncts (labs, monitoring, naso/oro gastric tube, oxygenation and pain)
    [Show full text]
  • 28 Thoracentesis (Assist) 223
    PROCEDURE Thoracentesis (Assist) 28 Susan Yeager PURPOSE: Thoracentesis is performed to assist in the diagnosis and therapeutic management of patients with pleural effusions. PREREQUISITE NURSING hypotension, cough, pain, visceral injury, and reexpansion 4–6 KNOWLEDGE pulmonary edema. • The most common complications from pleural aspiration • Thoracentesis is performed with insertion of a needle or are pneumothorax, pain, hemorrhage, and procedure a catheter into the pleural space, which allows for removal failure. The most serious complication is visceral injury. 5 of pleural fl uid. • Hypotension can occur as part of the vasovagal reaction, • Pleural effusions are defi ned as the accumulation of fl uid causing bradycardia, during or hours after the procedure. in the pleural space that exceeds 10 mL and results from If it occurs during the procedure, cessation of the proce- the overproduction of fl uid or disruption in fl uid dure and intravenous (IV) atropine may be necessary. If reabsorption. 1 hypotension occurs after the procedure, it is likely the • Diagnostic thoracentesis is indicated for differential diag- result of fl uid shifting from pleural effusion reaccumula- nosis for patients with pleural effusion of unknown etiol- tion. In this situation, the patient is likely to respond to ogy. A diagnostic thoracentesis may be repeated if initial fl uid resuscitation. 7 results fail to yield a diagnosis. • Development of cough generally initiates toward the • Therapeutic thoracentesis is indicated to relieve the symp- end of the procedure and should result in procedure toms (e.g., dyspnea, cough, hypoxemia, or chest pain) cessation. caused by a pleural effusion. • Reexpansion pulmonary edema is thought to occur from • Samples of pleural fl uid are analyzed and assist in distin- overdraining of fl uid too quickly.
    [Show full text]
  • Difficult Endotracheal Intubation Secondary to Tracheal Deviation And
    Case Report pISSN 2005-6419 • eISSN 2005-7563 KJA Difficult endotracheal intubation Korean Journal of Anesthesiology secondary to tracheal deviation and stenosis in a patient with severe kyphoscoliosis -a case report- Hyun Jung Kim1, Yun Suk Choi1, Sang Hyun Park1, and Jun-ho Jo2 Department of Anesthesiology and Pain Medicine, 1Jeju National University School of Medicine, Jeju, 2Veterans Health Medical Center, Seoul, Korea We report on a case of difficult endotracheal intubation in a patient with marked tracheal deviation at an angle of 90 degrees combined with stenosis due to kyphoscoliosis with vertebral body fusion. After induction of general anesthesia, a proper laryngeal view was easily obtained using a videolaryngoscope. But a tracheal tube could not be advanced more than 3 cm beyond the vocal cords due to resistance, despite various attempts, including the use of small size tubes, full rotation of the tube tip, and fiberoptic bronchoscopy. Ultimately, the airway was successfully secured by placing a tube tip above the area of resistance and by additionally packing saline-soaked gauzes around the tracheal inlet to minimize gas leakage and to fasten the tube in the trachea. Key Words: Intubation, Kyphosis, Scoliosis, Tracheal disease. Anesthesia can be difficult in patients with severe kypho- We would like to report a case of difficult intubation with which scoliosis due to respiratory failure or distortion of the airway we were recently involved. anatomy. Several cases about anesthetic management in patients with severe kyphoscoliosis have been reported previously [1-3]. Case Report However, there is little information about the airway manage- ment of marked tracheal deviation at an angle of 90 degrees A 60-year-old woman, 135 cm in height and 39 kg in weight, combined with stenosis in patients with this kind of disorder.
    [Show full text]
  • Interactive Lecture (1) ✓ Important ✓ Notes ✓ Extra Radiology of Cardiorespiratory Disease Editting File
    MED437 King Saud University Color Index: Interactive lecture (1) ✓ Important ✓ Notes ✓ Extra Radiology of cardiorespiratory disease Editting File Done by: Alanoud Salman Dawood Ismail Revised by: Yazeed Al-Dossare Refresh your memory Label the structures Label the structures Anterior-posterior & PA are called frontal (We are not sure if it is AP or PA view) view For better understanding All the explanation by dr. Aljurayyan in one place Differential diagnosis for the abnormal white Differential diagnosis for the abnormal black (Hyperdense) abnormalities on the radiograph: (Hypodense) abnormalities on the radiograph: 1- Pleural effusion. 1- Emphysema. Check the costophrenic angle, is it sharp or blunted? Barrel chest (No change in width between the apex and Look for meniscus sign. (Crescent). base of the lung). You can still see some soft tissue (Bronchioles). 2- Lung collapse (Atelectasis). Is there a wedge sign on the lateral view X-ray? 2- Pneumothorax. tracheal deviation + reduced lung volume Super black tissues, no soft tissues at all. 3- Mass. Does the opacity have well demarcated margins? 4- Infiltration/consolidation Rare. ill-defined border Remember: The history helps a lot, so a history with smoking make us think of a tumor, and history of DVT make us think of PE, and malignancies usually does not present with fever. 30 year-old with fever 30 year-old with fever - Is it a mass or infiltration? - Which lung lobe is affected? 30 year-old with fever Key feature of infiltration = RUL white area with ill-defined borders Abnormal RML Added density RLL We need the lateral view to localize the lesion - White abnormality.
    [Show full text]
  • Atelectasis in Children
    INDIAN PEDIATRICS VOLUME 35-MAY 1998 ATELECTASIS IN CHILDREN T.S. Raghu Raman, Sunil Mathew, Ravikumar and P.S. Garcha From the Departments of Pediatrics, Otorhinolaryngology and Anesthesia, Armed Forces Medical College, Punc-411 040. Reprint requests: Wg. Cdr. T.S. Raghu Rarnan, Associate Professor, Department of Pediatrics, AFMC, Pune 411 040. Manuscript received: July 1,1997; Initial review completed: August 27,1997; Revision accepted: November 27,1997. Background: In children with lower respiratory tract symptoms, the elicited signs are not enough to distinguish common diagnosis like pneumonic consolidation, foreign body aspiration and atelectasis. Radiology and bronchoscopy would identify the true nature of the etiology. Design: Prospective study. Subjects: Thirty five children with both acute and chronic lower respiratory tract symptomatology, were analyzed for clinical and radiological signs of atelectasis. Results: There were 23 cases in the acute group and 12 in chronic group. Acute group included cases of pneumonia, foreign body aspiration and mucus plug syndrome. Chronic group included cases of congenital heart disease, endobronchial tuberculosis and bronchial stenosis. Clinical recognition of atelectasis on the basis of localized loss of breath sounds and mediastinal shift was seen only in a minority of cases (8/35). The presence of atelectasis in children with pneumonia, missed clinically were diagnosed by the presence of tracheal shift, elevated hemidiaphragm and silhouette sign. In 21 cases, silhouette sign was positive making it an important radiological sign. Twenty one children underwent either diagnostic or/and therapeutic bronchoscopy. Findings included foreign bodies (n = 5), mucus plugs (n = 4), narrowing of main bronchus (n = 4) and inflammatory mucoid secretions and narrowing of lumen (n = 8).
    [Show full text]