Difference between revisions of "Carcinoid syndrome"
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== Anesthetic implications<!-- Briefly summarize the anesthetic implications of this comorbidity. --> == | == Anesthetic implications<!-- Briefly summarize the anesthetic implications of this comorbidity. --> == | ||
Carcinoid syndrome affects several organ systems that have relevance to the anesthesiologist including cardiac pathology, airway pressures, hemodynamics and electrolytes. | |||
=== Preoperative optimization<!-- Describe how this comorbidity may influence preoperative evaluation and optimization of patients. --> === | === Preoperative optimization<!-- Describe how this comorbidity may influence preoperative evaluation and optimization of patients. --> === | ||
Consider pre-operative echocardiography to assess right heart function and tricuspid valve | * Identify signs of carcinoid-induced cardiac disease and symptoms of neuropeptide release (as well as associated triggers) | ||
* 50% of patients with carcinoid syndrome develop carcinoid heart disease | |||
* Consider pre-operative echocardiography to assess right heart function and tricuspid valve | |||
* Octreotide therapy instituted at least 24 hours prior to surgery. | |||
* Oral or intramuscular therapy can be administered perioperatively. If the patient is inpatient, octreotide infusions can be used. | |||
=== Intraoperative management<!-- Describe how this comorbidity may influence intraoperative management. --> === | === Intraoperative management<!-- Describe how this comorbidity may influence intraoperative management. --> === | ||
* Begin octreotide infusion and titrate up to maximum of 500 μg/hr. | |||
* Treat with anxiolysis medication as anxiety can exacerbate vasoactive neuropeptide release. | |||
* Avoid using medications that can cause a histamine release (morphine, meperidine, and succinylcholine) | |||
=== Postoperative management<!-- Describe how this comorbidity may influence postoperative management. --> === | === Postoperative management<!-- Describe how this comorbidity may influence postoperative management. --> === | ||
* Patients will likely require intensive care unit admission for octreotide infusion and hemodynamic monitoring | |||
== Related surgical procedures<!-- List and briefly describe any procedures which may be performed specifically to treat this comorbidity or its sequelae. If none, this section may be removed. --> == | == Related surgical procedures<!-- List and briefly describe any procedures which may be performed specifically to treat this comorbidity or its sequelae. If none, this section may be removed. --> == |
Revision as of 13:08, 3 May 2021
Carcinoid syndrome is caused by neoplasms from neuroendocrine cells that can release vasoactive substances such as serotonin, histamine, dopamine, substance P, prostaglandins, and kallikreins. Systemic manifestations of circulating vasoactive peptides from carcinoid tumors include flushing, wheezing, and diarrhea in addition to hemodynamic changes such as hypertension and hypotension. Carcinoid syndrome can also exacerbate cardiac and right-sided valvular problems.
Carcinoid syndrome
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Anesthetic implications
Carcinoid syndrome affects several organ systems that have relevance to the anesthesiologist including cardiac pathology, airway pressures, hemodynamics and electrolytes.
Preoperative optimization
- Identify signs of carcinoid-induced cardiac disease and symptoms of neuropeptide release (as well as associated triggers)
- 50% of patients with carcinoid syndrome develop carcinoid heart disease
- Consider pre-operative echocardiography to assess right heart function and tricuspid valve
- Octreotide therapy instituted at least 24 hours prior to surgery.
- Oral or intramuscular therapy can be administered perioperatively. If the patient is inpatient, octreotide infusions can be used.
Intraoperative management
- Begin octreotide infusion and titrate up to maximum of 500 μg/hr.
- Treat with anxiolysis medication as anxiety can exacerbate vasoactive neuropeptide release.
- Avoid using medications that can cause a histamine release (morphine, meperidine, and succinylcholine)
Postoperative management
- Patients will likely require intensive care unit admission for octreotide infusion and hemodynamic monitoring
Related surgical procedures
Pathophysiology
Signs and symptoms
Diagnosis
Treatment
Medication
Surgery
Prognosis
Epidemiology
References
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