Difference between revisions of "Colectomy"
From WikiAnesthesia
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* Patients often have bowel prep | * Patients often have bowel prep | ||
** Patients typically dehydrated and may have electrolyte abnormalities | |||
* Presurgical ERAS protocol | * Presurgical ERAS protocol | ||
* Consider preop acetaminophen / gabapentin / celcoxib | * Consider preop acetaminophen / gabapentin / celcoxib | ||
* Consider pre-loading patients that are hypovolemic | * Consider pre-loading patients that are hypovolemic | ||
* Evaluate for anemia and consider corrective options, if needed | |||
* Verify desired pre-incision antibiotics | * Verify desired pre-incision antibiotics | ||
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* Consider thoracic epidural (for open procedures)<ref>{{Cite journal|last=Nimmo|first=Susan M|last2=Harrington|first2=Lorraine S|date=2014-10-01|title=What is the role of epidural analgesia in abdominal surgery?|url=https://doi.org/10.1093/bjaceaccp/mkt062|journal=Continuing Education in Anaesthesia Critical Care & Pain|volume=14|issue=5|pages=224–229|doi=10.1093/bjaceaccp/mkt062|issn=1743-1816}}</ref> | * Consider thoracic epidural (for open procedures)<ref>{{Cite journal|last=Nimmo|first=Susan M|last2=Harrington|first2=Lorraine S|date=2014-10-01|title=What is the role of epidural analgesia in abdominal surgery?|url=https://doi.org/10.1093/bjaceaccp/mkt062|journal=Continuing Education in Anaesthesia Critical Care & Pain|volume=14|issue=5|pages=224–229|doi=10.1093/bjaceaccp/mkt062|issn=1743-1816}}</ref> | ||
** Improved post-op pain, earlier return of bowel function, faster ambulation | ** Improved post-op pain, earlier return of bowel function, faster ambulation, improved dietary tolerance | ||
== Intraoperative management == | == Intraoperative management == | ||
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* Maintain euvolemia | * Maintain euvolemia | ||
** Goal-Directed Fluid Management | ** Goal-Directed Fluid Management | ||
** Avoid excessive Intraoperative fluids | |||
** Fluid losses can be significant (particularly for open cases) | ** Fluid losses can be significant (particularly for open cases) | ||
*** Blood loss, third-spacing, insensible losses | *** Blood loss, third-spacing, insensible losses | ||
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** Be particularly vigilant in open cases, where heat losses are greater | ** Be particularly vigilant in open cases, where heat losses are greater | ||
* Place OG tube (or NG if going to be left in post-operatively) | * Place OG tube (or NG if going to be left in post-operatively) | ||
* Consider opiate-sparing analgesia | |||
=== Emergence<!-- List and/or describe any important considerations related to the emergence from anesthesia for this case. --> === | === Emergence<!-- List and/or describe any important considerations related to the emergence from anesthesia for this case. --> === | ||
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|- | |- | ||
|Position | |Position | ||
| | |Supine | ||
| | |Supine | ||
|- | |- | ||
|Surgical time | |Surgical time | ||
| | |1-3 hours | ||
| | | | ||
|- | |- | ||
|EBL | |EBL | ||
| | |100-200 mL (although can be much higher, depending on nature of disease burden) | ||
| | |<100 | ||
|- | |- | ||
|Postoperative disposition | |Postoperative disposition | ||
| | |PACU | ||
| | |PACU | ||
|- | |- | ||
|Pain management | |Pain management | ||
| | |Pain typically high. Consider multi-modal pain regimen, epidural anesthesia, PCA | ||
| | |Pain typically moderate | ||
|- | |- | ||
|Potential complications | |Potential complications |
Revision as of 14:18, 15 May 2021
Colectomy
Anesthesia type |
General +/- Epidural |
---|---|
Airway |
ETT |
Lines and access |
PIV (1 or 2) |
Monitors |
Standard ASA 5-Lead EKG Urine output +/- Art line |
Primary anesthetic considerations | |
Preoperative |
Full stomach precautions if acute abdomen |
Intraoperative | |
Postoperative | |
Article quality | |
Editor rating | |
User likes | 0 |
A colectomy is a surgical procedure to remove all or part of the colon. A partial colectomy (also known a segmental or hemi-colectomy) involves removing a portion of the colon, followed by the creation of an anastomosis or stoma. With more advanced disease, the entire large intestine is removed (total colectomy). Colectomies are often done laparoscopically. Common indications for the procedure include cancer, bowel obstruction, colitis, or diverticulitis.
Preoperative management
Patient evaluation
System | Considerations |
---|---|
Neurologic | |
Cardiovascular | Bowel rupture can cause sepsis or septic shock and hemodynamic instability. |
Respiratory | If bowel obstruction and abdominal dissension, there may be impaired diaphragmatic excursion, which could negatively impact FRC and result in more rapid desaturations. Ensure adequate preoxygenation |
Gastrointestinal | Bowel obstruction increases risk for aspiration. Consider NG tube to decompress stomach. |
Hematologic | Anemia can result from cancer, chronic inflammation and GI blood loss. Dehydration can cause hemoconcentration and mask anemia. GI malabsorption can impair coagulation system. |
Renal | If oral intake reduced or there's been vomiting, there may be electrolyte abnormalities. Potential for metabolic acidosis in patients with diarrhea or having a bowel prep. |
Endocrine | |
Other |
Labs and studies
- CBC
- BMP / Electrolytes
- Coags
- Consider T&S or T&C
Operating room setup
- NGT/OGT
- Warming blanket
Patient preparation and premedication
- Patients often have bowel prep
- Patients typically dehydrated and may have electrolyte abnormalities
- Presurgical ERAS protocol
- Consider preop acetaminophen / gabapentin / celcoxib
- Consider pre-loading patients that are hypovolemic
- Evaluate for anemia and consider corrective options, if needed
- Verify desired pre-incision antibiotics
Regional and neuraxial techniques
- Consider thoracic epidural (for open procedures)[1]
- Improved post-op pain, earlier return of bowel function, faster ambulation, improved dietary tolerance
Intraoperative management
Monitoring and access
- Typically only 1 PIV for laparoscopic and 2 for open cases
- Upgrade IV access if anticipate more significant blood loss or fluid shifts
- Confirm IVs still good after tucking arms
Induction and airway management
- RSI if bowel obstruction, distended abdomen, urgent/emergent, or non-NPO cases
- +/- cricoid pressure
- +/- removal of a pre-existing NG tube prior to induction
- Potential for hypotension if patient hypovolemic or septic
- Consider co-loading fluids
- Consider pre-emptive vasopressor administrator with induction
Positioning
- Supine
- May need steep Trendelenburg or Reverse Trendelenburg
- Possible lithotomy
Maintenance and surgical considerations
- General endotracheal anesthesia +/- epidural (for open cases)
- Standard maintenance (avoid N20)
- Run epidural if present
- Maintain euvolemia
- Goal-Directed Fluid Management
- Avoid excessive Intraoperative fluids
- Fluid losses can be significant (particularly for open cases)
- Blood loss, third-spacing, insensible losses
- Maintain normothermia
- Be particularly vigilant in open cases, where heat losses are greater
- Place OG tube (or NG if going to be left in post-operatively)
- Consider opiate-sparing analgesia
Emergence
- Extubate - if appropriate based on hemodynamics, fluid status, respiratory status, neurologic status, etc.
- PONV prophylaxis
Postoperative management
Disposition
Pain management
- Multi-modal pain management
- Epidural / PCA
- Consider non-opiate adjuncts
Potential complications
- Hemorrhage
- Visceral injuries
- Sepsis / Septic shock
- Potential for hemodynamic instability due to evolving sepsis
- Aspiration
- VTE
- PONV
Procedure variants
Open colectomy | Laparoscopic colectomy | |
---|---|---|
Unique considerations | ||
Position | Supine | Supine |
Surgical time | 1-3 hours | |
EBL | 100-200 mL (although can be much higher, depending on nature of disease burden) | <100 |
Postoperative disposition | PACU | PACU |
Pain management | Pain typically high. Consider multi-modal pain regimen, epidural anesthesia, PCA | Pain typically moderate |
Potential complications |
References
- ↑ Nimmo, Susan M; Harrington, Lorraine S (2014-10-01). "What is the role of epidural analgesia in abdominal surgery?". Continuing Education in Anaesthesia Critical Care & Pain. 14 (5): 224–229. doi:10.1093/bjaceaccp/mkt062. ISSN 1743-1816.
Top contributors: Barrett Larson, Tony Wang and Chris Rishel