Posted in | Hematology

Minimizing Pre-Analytical Errors in Blood Gas Testing

From Aug 14 2018

There is an increasing awareness of the impact of errors in medicine on the patient and on the entire healthcare system. It is estimated that as many as 98,000 people die annually in the USA as a result of preventable medical errors. This problem has been recognized by both World Health Organization (WHO) as well as by the European Commission (EC). According to both WHO and EC data, one in ten patients experience some form of harm due to a medical error while receiving hospital care. Those data have triggered an increasing interest in quality improvement and patient safety in the healthcare profession over the past two decades with the aim of reducing the rate of adverse events, improving patient outcome, and decreasing the overall economical burden. Opportunities for improvement need to be identified and all stakeholders are responsible for action.

This webinar will review the steps in blood gas testing focusing on all possible sources or errors and error prevention opportunities, outline most critical characteristics related to the patient condition, blood collection procedure and sample stability, and provide recommendations for successful management of blood gas testing.

Presenter

Ana-Maria Simundic, PhD, Prof. of Medical Biochemistry, Zagreb University, Zagreb, Croatia

Other Webinars from Radiometer Medical

Advantages of Transcutaneous CO2 over End-Tidal CO2 for Sleep Monitoring

Advantages of Transcutaneous CO2 over End-Tidal CO2 for Sleep Monitoring
Clinical Use of Natriuretic Peptide

Clinical Use of Natriuretic Peptide
Natriuretic Peptides: A Cardiologist’s View

Natriuretic Peptides: A Cardiologist’s View
Role of Transcutaneous CO2 Monitoring in High-Risk Respiratory Patients

Role of Transcutaneous CO2 Monitoring in High-Risk Respiratory Patients
Evolution of Blood Gas Testing Session 1: Practical Applications of the Acid-Base Chart

Evolution of Blood Gas Testing Session 1: Practical Applications of the Acid-Base Chart
Evolution of Blood Gas Testing Session 2: Acid-Base Balance and the Practical Applications of the Acid-Base Chart

Evolution of Blood Gas Testing Session 2: Acid-Base Balance and the Practical Applications of the Acid-Base Chart
Value of Point of Care Troponin Testing in Assessing Acute Coronary Syndrome

Value of Point of Care Troponin Testing in Assessing Acute Coronary Syndrome
Preanalytical Errors in Blood Gas Testing

Preanalytical Errors in Blood Gas Testing
Transitioning from Snapshot to Continuous Neonatal Monitoring

Transitioning from Snapshot to Continuous Neonatal Monitoring
Transcutaneous Oxygen Monitoring of Hyperbaric Problem Wound Referrals

Transcutaneous Oxygen Monitoring of Hyperbaric Problem Wound Referrals
Preanalytical Errors Related to Venous Blood Sample Collection and Handling

Preanalytical Errors Related to Venous Blood Sample Collection and Handling
Minimizing Preanalytical Errors in Capillary Blood Sample Collection and Handling

Minimizing Preanalytical Errors in Capillary Blood Sample Collection and Handling
Transcutaneous Monitoring in Neonatal Resuscitation: Interest of tcpO2

Transcutaneous Monitoring in Neonatal Resuscitation: Interest of tcpO2
TC Monitoring in NICU - the Value of tcpO2

TC Monitoring in NICU - the Value of tcpO2
Cord Blood Gas Analysis in Obstetrical Practice

Cord Blood Gas Analysis in Obstetrical Practice
Transcutaneous Monitoring in the Sleep Center - Is This Really Necessary?

Transcutaneous Monitoring in the Sleep Center - Is This Really Necessary?
IQCP Demystified - Practical Considerations for Your Blood Gas Analyzer

IQCP Demystified - Practical Considerations for Your Blood Gas Analyzer
Combining Blood Gas Invasive and Non-Invasive Monitoring for the Best Care of Our Neonates

Combining Blood Gas Invasive and Non-Invasive Monitoring for the Best Care of Our Neonates
Blood Conservation at the POC: The Right Technology can Make a Difference

Blood Conservation at the POC: The Right Technology can Make a Difference
The Impact of POC Testing on the Quality and Efficiency of Patient Care in the Emergency Department

The Impact of POC Testing on the Quality and Efficiency of Patient Care in the Emergency Department
Preanalytics: The First Step for Accurate Blood Gas Results

Preanalytics: The First Step for Accurate Blood Gas Results
The Benefit of Using a D-dimer Assay with a High Clinical Specificity

The Benefit of Using a D-dimer Assay with a High Clinical Specificity
The Diagnosis and Monitoring of Sepsis: Lactate and Beyond

The Diagnosis and Monitoring of Sepsis: Lactate and Beyond
Airway Management and Innovative Oxygenation

Airway Management and Innovative Oxygenation
Improving Patient Care with Better Blood Gas Preanalytics

Improving Patient Care with Better Blood Gas Preanalytics
Creatinine in the Emergency Department and in the Intensive Care Unit - an Emergency Parameter

Creatinine in the Emergency Department and in the Intensive Care Unit - an Emergency Parameter
The Benefits of Continuous CO2 and O2 Monitoring in the NICU

The Benefits of Continuous CO2 and O2 Monitoring in the NICU
The Role of Point of Care Testing in a Safer Smarter Emergency Department

The Role of Point of Care Testing in a Safer Smarter Emergency Department
Clinical Impact of Accurate Hemoglobin Monitoring in Surgical and Critical Care Settings

Clinical Impact of Accurate Hemoglobin Monitoring in Surgical and Critical Care Settings
Preanalytics in Blood Gas Testing - Importance of Sample Mixing

Preanalytics in Blood Gas Testing - Importance of Sample Mixing
Good Patient Care: Getting Blood Gas Sampling Right

Good Patient Care: Getting Blood Gas Sampling Right
Clinical Use of Procalcitonin in the Patient with Suspected Sepsis

Clinical Use of Procalcitonin in the Patient with Suspected Sepsis

Medical Webinars by Subject Matter

Watch the
Webinar

More Products from
Radiometer Medical

See all content from Radiometer Medical
Watch the
Webinar

Terms

While we only use edited and approved content for Azthena answers, it may on occasions provide incorrect responses. Please confirm any data provided with the related suppliers or authors. We do not provide medical advice, if you search for medical information you must always consult a medical professional before acting on any information provided.

Your questions, but not your email details will be shared with OpenAI and retained for 30 days in accordance with their privacy principles.

Please do not ask questions that use sensitive or confidential information.

Read the full Terms & Conditions.

Provide Feedback