Enhance your expertise in blood gas sampling, analysis, and interpretation through the Blood Gas Sampling and Analysis Microcredential. Developed by nationally recognized respiratory care experts, this program combines evidence-based instruction with practical application to help clinicians confidently perform, interpret, troubleshoot, and manage blood gas testing across diverse clinical settings.
Eight self-paced modules progress from foundational science to advanced laboratory operations, including specimen collection and handling, acid-base interpretation, quality control, regulatory compliance, point-of-care testing, emerging technologies, and laboratory management. Case studies, clinical scenarios, and troubleshooting exercises strengthen critical thinking and real-world decision-making.
Blood Gas Sampling and Analysis: A Guide for Respiratory Care Professionals serves as the companion resource, reinforcing concepts across all eight modules. Together, the guide and microcredential provide a comprehensive learning experience that connects foundational science, advanced concepts, and evidence-based clinical practice for respiratory care professionals at every stage of practice.
Upon completing all eight modules and assessments, participants earn 8 CRCE® credits, a Certificate of Completion, and the AARC Blood Gas Microcredential digital badge, demonstrating advanced competency in blood gas testing.
Approved for 8.00 CRCE Hours.
SEMINAR OBJECTIVES
Upon successful completion of the Blood Gas Microcredential, learners will be able to:
EXPLAIN the principles, clinical applications, and physiologic basis of blood gas analysis across diverse patient populations and healthcare settings.
PERFORM appropriate blood gas specimen collection, handling, transport, and analysis using evidence-based practices that ensure specimen integrity and accurate results.
INTERPRET blood gas and related laboratory data to assess oxygenation, ventilation, acid-base balance, and underlying pathophysiologic processes while integrating clinical findings to support patient care decisions.
APPLY quality assurance, quality control, troubleshooting, and regulatory standards to maintain accurate, reliable, and compliant blood gas testing practices.
EVALUATE the use of blood gas analysis in specialized clinical settings, point-of-care testing, emergency medicine, neonatal and pediatric care, pulmonary diagnostics, and emerging technologies.
INTEGRATE laboratory data, patient assessment, and clinical judgment to recommend appropriate respiratory care interventions and monitor patient response to therapy.
ANALYZE laboratory operations, resource management, quality improvement initiatives, and risk management strategies to optimize blood gas laboratory performance and patient safety.
DEMONSTRATE professional competence and leadership by applying best practices, regulatory requirements, interdisciplinary communication, and continuous quality improvement principles to support excellence in blood gas testing and respiratory care.