Certified Registered Nurse Anesthetist (CRNA)
Not Specified, SC, USA
- Healthcare
- Certified Registered Nurse Anesthetist
- CRNA
- cardiac anesthesia
The Certified Registered Nurse Anesthetist (CRNA) provides advanced anesthesia care primarily for adult cardiac and thoracic surgeries, including open-heart and vascular procedures. Responsibilities include managing invasive monitoring, hemodynamic support, and perioperative care independently or collaboratively within cardiac surgical teams. The role requires specialized experience, licensure, and the ability to function effectively in high-acuity cardiac settings.
Clinical Responsibilities
As a member of the cardiac anesthesia service, the CRNA will independently and collaboratively manage anesthesia care for adult cardiac and thoracic surgical patients, including:
Cardiac & Thoracic AnesthesiaCoronary artery bypass grafting (CABG)
Valve repair and replacement procedures
Aortic root and ascending/descending aortic cases
Minimally invasive and complex open-heart procedures
Thoracic cases including lung resections and mediastinal surgeries
Management of patients requiring cardiopulmonary bypass
Placement and management of:
Arterial lines
Central venous catheters
Pulmonary artery catheters
Advanced hemodynamic monitoring and interpretation
Management of vasoactive infusions and inotropic support
Intraoperative management of acute cardiac events and instability
Comprehensive pre-operative cardiac assessments
Development and implementation of anesthesia plans for high-risk cardiac patients
Intraoperative anesthesia management, including induction, maintenance, and emergence for complex cardiac cases
Post-operative stabilization and handoff in CVICU / CTICU settings
General OR and ASC anesthesia coverage when required
Active South Carolina CRNA license
Recent and substantial experience in adult open-heart cardiac anesthesia
Demonstrated proficiency with invasive line placement and advanced cardiac monitoring
Strong clinical judgment and ability to function independently in high-acuity cardiac environments




