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(Chest. 1999;116:789-791.)
© 1999 American College of Chest Physicians

Liver Transplantation*

A Critical Care Physician's Personal Odyssey

Robert D. Brandstetter, MD, FCCP

* From the Department of Medicine, Sound Shore Medical Center of Westchester, New Rochelle, NY.

Correspondence to: Robert D. Brandstetter, MD, FCCP, Department of Medicine, Sound Shore Medical Center of Westchester, 16 Guion Place, New Rochelle, NY 10802


    Abstract
 TOP
 Abstract
 Introduction
 References
 

Key Words: atelectasis • complications • effusions • liver transplant


    Introduction
 TOP
 Abstract
 Introduction
 References
 
Having recently undergone successful orthotopic liver transplantation for sclerosing cholangitis, I can now reflect on my experience and response to the management of my condition and the associated pulmonary complications. As a critical care physician, I had participated in numerous brain death declarations, and now I found myself the grateful recipient of some other physician's efforts in harvesting a liver from a generous donor. The transformation from physician to patient was not simple, with uncertainty and fear often dominating my emotions. Occasionally my knowledge of the likely effects of medications, and the morbidity of the complications I suffered was beneficial. More often than not, however, I worried needlessly in anticipation of the worst-case scenario, which fortunately never came! The following are some examples of the pros and cons of knowing "too much" in response to events that occurred in my postoperative period:

1. On the second day following surgery, I was lying supine in bed at a 20° angle with a nasogastric tube in place, and I aspirated gastric contents. The refluxed liquid created intense esophageal pain, and although I struggled to a 45° sitting position to reduce laryngeal tracheal aspiration,1 it was too late.2 I experienced immediate laryngospasm and a new pain, now in the tracheobronchial tree. As frightened as I was, especially when I heard the pulse oximeter alarm ringing with the O2 saturation (O2 sat) falling < 90%, I knew I had to inspire slowly and calmly to overcome the acute upper airway vocal cord obstruction. To my surprise, I remembered the adverse pathophysiologic effect of the Mueller Maneuver.3 Having achieved this slow inspiratory air flow with an O2 sat of 83%, I then had bronchospasm and coughing. The expectorated secretions were an identical yellow color as the nasogastric tube drainage. Supplemental O2 was administered, along with inhaled bronchodilators and a return of the O2 sat to about 92%. The chest roentgenogram (CXR) was clear except for elevated diaphragms and a right pleural effusion secondary to postoperative ascites.4 Two days later, however, I developed fever with a change in sputum, and the CXR showed a right lower lobe (RLL) infiltrate and a moderate effusion. Antibiotic therapy was begun. The surgeons offered me the opportunity to review the CXR, and I initially declined, because I feared an extensive dense consolidation. Their cajoling efforts paid off, as the infiltrate was "not bad" and I managed to fall asleep that night without wondering whether or not I would wake up receiving ventilatory support.

2. My second encounter with breathing problems due to a change in body position occurred when I attempted to lie on my right side. I became dyspneic and tachypneic, with a fall in my O2 sat to 82%. I immediately remembered, however, that the "bad lung down" results in arterial desaturation secondary to gravitational forces and resulting / mismatch.5 By changing to the left decubitus position with the good lung dependent, my O2 sat recovered to > 92%. Whenever I returned to bed, I managed to assume this preferred position to aid breathing, although lying on my side was uncomfortable and painful due to the extent of the transverse abdominal incision.

3. I could not believe it, but I experienced yet another respiratory embarrassment due to a different change in body position. Acknowledging the fluid resuscitation that I received during the transplant (28 U of packed RBCs, 24 U of fresh frozen plasma, 18 U of platelets, and 12 L of Ringer's lactate), I experienced tremendous third spacing, with massive peripheral edema and tense abdominal ascites. On one occasion, 4 days postoperatively, I raised my legs on a chair as the dependent ankle edema was quite painful. Within seconds, I had acute dyspnea and wheezing! My breathing had still been compromised by the presence of the effect of ascites on the diaphragm, as well as the pneumonia with pleural effusion. I initially thought that these were the explanations for the dyspnea.4 I called the nurse (who thought otherwise), and she administered IV furosemide, 40 mg. In < 1 min, even though there was no change in supplemental O2 or a change in my position, I experienced a curious sensation of warmth in my thoracic cavity and an immediate improvement in breathing. I was experiencing the venodilatation benefit of IV furosemide long before its diuretic effect!6 Once again I had then realized what I had done. The change in position of my legs up to the chair had increased my right ventricular preload, resulting in early pulmonary edema from this autotransfusion of vascular fluid.7 8 This phenomenon of respiratory distress with inadvertent change in leg position, and immediate improvement in breathing following IV furosemide occurred on at least two other occasions.

4. It was no surprise that I additionally suffered from the third-spacing, hemodynamic, "see-saw" effect of colloid replacement followed by IV furosemide "chaser." My serum albumin had fallen to 1.8 g/L secondary to the catabolic effects of infection, acute liver rejection, corticosteroids, and poor nutrition. The surgeons insisted that exogenous albumin was necessary to elevate the serum level. Well, each and every time I received the 250 mL of 5% albumin, I experienced worsening ascites as my abdomen became more tense.9 This would then be followed by light headedness and hypotension after the IV furosemide-induced venodilatation, and diuresis. I could not convince the surgeons to stop administering the albumin.6 Acknowledging that colloid can increase lung water in ARDS, I thanked God that I only had pneumonia and not an acute lung injury following the aspiration episode.

5. Another unique respiratory condition that I noticed was an altered breathing pattern associated with IV narcotic administration for postoperative pain.10 This pattern would occur about a couple of minutes following the IV narcotic, and it consisted of shallow periodic breathing and even central apneic episodes, as witnessed by observers. I actually knew that I was not breathing correctly, for when I would suddenly awake, I was dyspneic and frightened. I would then settle down, still free of pain, only to reexperience these periodic breathing patterns again, which were fortunately interrupted by the alarm of the pulse oximeter and my wakefulness. As we are all aware, the administration of IV narcotics has a remarkable influence on spontaneous breathing.

6. The last notable pulmonary complication that I suffered was RLL atelectasis on the 11th postoperative day. I had experienced an acute worsening of my baseline dyspnea as well as desaturation, even though the ascites was less and the CXR of the previous day had demonstrated a near resolution of the RLL infiltrate and effusion. The repeat CXR showed new RLL atelectasis. Although I had been reluctant to use incentive spirometers on my own patients, because of the controversy surrounding their effectiveness,11 the surgeons essentially "forced" me to cooperate in the use of an incentive spirometer for myself. With supervision and its appropriate use, the RLL radiologically reopened 6 h later. I, furthermore, personally learnt of the benefit of an appropriately supervised continuous positive airway pressure mask. This device reopened the RLL lobe when it collapsed again following liver biopsy and the need to be in the right decubitus position for 4 h to prevent hemorrhage. Both of these noninvasive techniques were accompanied by ambulation, under the threat of the surgeons to perform therapeutic bronchoscopy if the lobe did not reexpand!

It is more likely than not that each of us one day will become a patient. The transformation of physician to patient is probably incomplete in most instances. Anecdotally, we physicians do not make the best patients, as our knowledge is a double-edged sword and we are reluctant to give up control. This certainly may help or deter our physical and emotional healing process during a serious illness or following a major operation. Although I had clever and reassuring explanations for many of the morbid episodes that I experienced, the energy exerted in fear and anticipation was often of greater personal morbidity. I do believe that in the future, however, I will try to be a better patient to myself and to my physicians. This may be achieved by merely practicing what I preach to my own patients: "Trust me; you will soon be feeling better!"


    Acknowledgements
 
ACKNOWLEDGMENT: I thank Dr. Andreas G. Tzakis for his superb care, and Ms. Gwyn Grant for her constant advocacy on my behalf.


    Footnotes
 
Abbreviations: CXR = chest roentgenogram; O2 sat = oxygen saturation; RLL = right lower lobe

Received for publication May 3, 1999. Accepted for publication May 4, 1999.


    References
 TOP
 Abstract
 Introduction
 References
 

  1. Methany, N (1993) Managing respiratory complications of nasoenteric tube feeding: state of the science. Heart Lung 22,213-223[ISI][Medline]
  2. Wynne, JW, Modell, JH (1977) Respiratory aspiration of stomach contents. Ann Intern Med 87,466-474
  3. Bhavani-Shankar, K, Hart, S, Mushlin, PS (1997) Negative pressure induced airway and pulmonary injury. Can J Anesth 44,78-81[Abstract/Free Full Text]
  4. Abelman, WH, Frank, NR, Gaensler, EA, et al (1954) Effects of abdominal distension by ascites on lung volumes and ventilation. Arch Int Med 93,528-540[CrossRef]
  5. Sonnenblick, M, Melzer, E, Rosin, AJ (1983) Body positional effect on gas exchange in unilateral pleural effusion. Chest 83,466-474
  6. Smith, TW, Braunwald, E, Kelly, RA (1992) The management of heart failure. Braunwald, E eds. Heart disease: a textbook of cardiovascular medicine 4th ed. ,464-519 WB Saunders Philadelphia, PA.
  7. Perloff, JK (1992) Heart sounds and murmurs, physiologic mechanisms. Braunwald, E eds. Heart disease: a textbook of cardiovascular medicine 4th ed. ,61 WB Saunders Philadelphia, PA.
  8. Ingram RH Jr, Braunwald E. Pulmonary edema, cardiogenic and non-cardiogenic. In: Braunwald E, ed. Heart disease. a textbook of cardiovascular medicine. 4th ed. Philadelphia, PA: WB Saunders, 1992; 563
  9. Griffel, MI, Kaufman, BS (1992) Pharmacology of colloids and crystalloids. Crit Care Clin 8,235-254[ISI][Medline]
  10. Fairley, HB, Kerr, JH, Laws, AK, et al (1968) The avoidance of postoperative hypoxemia: the assessment of three techniques for use during anesthesia. Can Anaesth Soc J 15,152-162[ISI][Medline]
  11. Indihar, FJ, Forsberg, DP, Adams, AB (1982) A prospective comparison of three procedures used in attempts to prevent postoperative pulmonary complications [letter]. Respir Care 27,564




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