Congenital Disorders - Hypoplastic Left Heart Syndrome Bi-directional Glenn Procedure in ICD-10-PCS
Instructor
Beth Martilik, MA, RHIA, CDIP, CCSDescription
In this course, participants will delve into the intricacies of the second stage palliative procedure performed for hypoplastic left heart syndrome. This comprehensive program offers a deep understanding of the bi-directional Glenn procedure, a vital step in the surgical management of this complex congenital heart condition. Students will learn about the historical background, purpose, and surgical techniques involved in the bi-directional Glenn procedure, which redirects blood flow to improve oxygenation in the body. With a focus on ICD-10-PCS coding, participants will gain the skills and knowledge necessary to accurately document this critical medical procedure. Prior completion of related courses, such as 'Congenital Disorders Hypoplastic Left Heart Syndrome Diagnosis' and 'Congenital Disorders Hypoplastic Left Heart Syndrome Norwood Procedure,' is recommended for a comprehensive understanding of this topic.
**Note: It is recommended that the coder complete the Courses entitled: Congenital Disorders Hypoplastic Left Heart Syndrome Diagnosis, as well as Congenital Disorders Hypoplastic Left Heart Syndrome Norwood Procedure to better understand this condition and the normal heart anatomy prior to attempting this course.
Included Lessons:
- What is a Bi-Directional Glenn Procedure?
- The Procedure
- Coding Clinic References
- ICD-10-PCS Coding
CEUs available for the following credentials:
AHIMA
CCA, CCS, CCS-P, RHIT, RHIA, CDIP, CHDA, CHPS
Key Takeaways
Overall, completing this course will empower medical coders with the specialized knowledge and skills required to accurately document and code the bi-directional Glenn procedure, contributing to improved patient care and effective healthcare record management in the context of congenital heart disorders. Some key takeaways of this course include:
- In-Depth Understanding of Hypoplastic Left Heart Syndrome (HLHS): Coders will gain a comprehensive understanding of HLHS, a complex congenital heart condition, including its pathophysiology, clinical implications, and treatment strategies.
- Knowledge of the Bi-directional Glenn Procedure: Participants will become well-versed in the bi-directional Glenn procedure, its purpose, timing, and significance within the overall treatment plan for HLHS patients.
- ICD-10-PCS Coding Proficiency: The course will equip coders with the skills and knowledge necessary to accurately code the bi-directional Glenn procedure using the ICD-10-PCS coding system, ensuring precise documentation for billing and record-keeping purposes.
- Historical Perspective: Coders will learn about the historical evolution of the Glenn procedure, including its original technique and subsequent modifications, providing context for current surgical practices.
- Differentiation from Other Procedures: Participants will be able to distinguish the bi-directional Glenn procedure from other similar surgical techniques, such as the hemi-Fontan, and understand the coding implications of such distinctions.
- Surgical Technique: Coders will gain insights into the step-by-step surgical techniques involved in the bi-directional Glenn procedure, including the division of shunts and the creation of anastomoses.
- Bilateral Bi-directional Glenn Procedure: For more complex cases, coders will learn about the bilateral bi-directional Glenn procedure and understand how it differs from the standard procedure.
Benefits of Taking this Course
- Enhanced Expertise in Coding Complex Congenital Heart Procedures
- Improved Bi-Directional Glenn Procedure PCS Coding
- Increased Confidence
- Ability to Handle Complex Cases
- Valuable Specialization
FAQs
What is the purpose of the bi-directional Glenn procedure in the treatment of hypoplastic left heart syndrome (HLHS)?
How does the bi-directional Glenn procedure differ from the hemi-Fontan procedure?
While both procedures aim to reroute circulation from the upper part of the body in HLHS patients, they differ in the connection points. In the bi-directional Glenn procedure, the superior vena cava is detached from the right atrium and connected to the right pulmonary artery. In contrast, the hemi-Fontan procedure maintains continuity between the superior vena cava and the right atrium. It's crucial for coders to be aware of these distinctions as they may affect coding accuracy.
About our Medical Coding Courses
HIAlearn, powered by Health Information Associates (HIA)—a leader in medical coding and auditing for more than three decades—offers a comprehensive online education platform for medical coders. With a catalog of over 200 medical coding courses accepted by the American Health Information Management Association (AHIMA) for Continuing Education Units (CEUs) and a selection approved by the American Academy of Professional Coders (AAPC), HIAlearn caters to both beginners and experienced medical coders seeking to enhance their skills. The platform provides an array of training plans tailored to meet individual learning needs, from mastering challenging coding procedures to understanding broad conceptual frameworks within the coding world. Courses are available across various coding types including CPT, E/M, ICD-10-CM, ICD-10-PCS, and are designed to cater to different coder levels and coding specialties such as inpatient, outpatient, profee, and CDI. Additionally, HIAlearn offers a Coding Updates bundle to ensure coders are up-to-date with the annual changes in ICD-10-CM, ICD-10-PCS, CPT, and IPPS. Beyond individual learning, HIAlearn supports organizations with group discounts, promoting enhanced coding accuracy, efficiency, and compliance across teams.
Disclaimer: This course is not for individual sale. Purchase the Congenital Disorders Training Plan below and get access to 6 total courses.
Overview
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