“Black Box” Recorder Monitors Operating Rooms
|
By HospiMedica International staff writers Posted on 29 Jul 2014 |

Image: The PESA Xstream “Black box” for operating rooms (Photo courtesy of PESA).
A “black box,” similar to that used in the airline industry, could improve patient safety and outcomes by identifying where errors occur in the operating room (OR) and teaching surgeons how to prevent them.
Developed at St. Michael’s Hospital (Toronto, ON, Canada), in collaboration with Air Canada (Montreal, Canada) the “black box” records almost everything that is happening in the OR, such as vital signs, a video of the OR, a video feed from the endoscope used in the surgical procedure, conversations among health care workers, room temperature, and decibel levels. Based on the PESA (Huntsville, AL, USA) X-stream multipath streaming media recorder, the technology is currently being used for minimally invasive surgery (MIS), but could be expanded for open surgeries as well.
Patients must give their consent before the black box is used during their surgery, as do members of the surgical team, including theater nurses. In a preliminary review of the data recorded on the device, the researchers have found that 84% of errors during gastric bypass MIS procedures occurred during the same two stages - suturing and grafting the bowel. The device has been in use at St. Michael’s since April 2014, and is also being tested at two hospitals in Copenhagen (Denmark), with more international sites to be involved soon.
“We want to see where errors happen in surgery so that we can understand how errors lead to adverse events and develop training curricula to prevent these errors from ever happening again,” said device developer surgeon Teodor Grantcharov, MD. “It doesn’t mean that we will have perfect surgeries, because we are not perfect. But it means we will learn from our errors, which will make us safer. We will train future surgeons better because we can show them what the most critical situations are and how to avoid them.”
“For surgeons, we will have data that will allow better coaching and improvements, and therefore better patient care. We will reduce the risk and complications and show how to make the OR more efficient, which will also allow us to save money and do more cases,” added Dr. Grantcharov. He also added that he hoped his black box would bring more transparency to the OR for patients, and help change the “blame-and-shame” culture that traditionally has made doctors and nurses reluctant to report mistakes.
Related Links:
St. Michael’s Hospital
Air Canada
PESA
Developed at St. Michael’s Hospital (Toronto, ON, Canada), in collaboration with Air Canada (Montreal, Canada) the “black box” records almost everything that is happening in the OR, such as vital signs, a video of the OR, a video feed from the endoscope used in the surgical procedure, conversations among health care workers, room temperature, and decibel levels. Based on the PESA (Huntsville, AL, USA) X-stream multipath streaming media recorder, the technology is currently being used for minimally invasive surgery (MIS), but could be expanded for open surgeries as well.
Patients must give their consent before the black box is used during their surgery, as do members of the surgical team, including theater nurses. In a preliminary review of the data recorded on the device, the researchers have found that 84% of errors during gastric bypass MIS procedures occurred during the same two stages - suturing and grafting the bowel. The device has been in use at St. Michael’s since April 2014, and is also being tested at two hospitals in Copenhagen (Denmark), with more international sites to be involved soon.
“We want to see where errors happen in surgery so that we can understand how errors lead to adverse events and develop training curricula to prevent these errors from ever happening again,” said device developer surgeon Teodor Grantcharov, MD. “It doesn’t mean that we will have perfect surgeries, because we are not perfect. But it means we will learn from our errors, which will make us safer. We will train future surgeons better because we can show them what the most critical situations are and how to avoid them.”
“For surgeons, we will have data that will allow better coaching and improvements, and therefore better patient care. We will reduce the risk and complications and show how to make the OR more efficient, which will also allow us to save money and do more cases,” added Dr. Grantcharov. He also added that he hoped his black box would bring more transparency to the OR for patients, and help change the “blame-and-shame” culture that traditionally has made doctors and nurses reluctant to report mistakes.
Related Links:
St. Michael’s Hospital
Air Canada
PESA
Latest Health IT News
- Digital Heart Model Supports Targeted Ablation in Atrial Fibrillation
- AI Framework Helps Clinicians Create Trustworthy Risk Prediction Tools
- AI Tool Screens for Primary Aldosteronism Using Routine EHR Data
- AI-Enabled ECG Software Predicts One-Year Atrial Fibrillation Risk
- AI-Native EHR Achieves EU Medical Device Certification
- EHR-Integrated Screening Workflow Detects Cognitive Impairment at Admission
- AI System Detects and Quantifies Chronic Subdural Hematoma
- Continuous Monitoring Platform Detects Infection Risk Across Care Transitions
- Automated System Classifies and Tracks Cardiogenic Shock Across Hospital Settings
- Voice-Driven AI System Enables Structured GI Procedure Documentation
- EMR-Based Tool Predicts Graft Failure After Kidney Transplant
Channels
Artificial Intelligence
view channel
Privacy-Preserving AI Protects Sensitive Information in ECG Data
Artificial intelligence applied to electrocardiography can extract more than cardiac rhythm. Algorithms can infer age, sex, race, and even identity from electrocardiogram (ECG) signals, creating privacy... Read more
New AI ECG Tool Detects Early Heart Disease
Heart disease remains a leading cause of premature death, claiming almost 18 million lives each year. Early detection is crucial because timely intervention can change prognosis and conserve resources.... Read moreCritical Care
view channel
FDA-Cleared AI Wearable Monitor Detects Opioid-Related Respiratory Risk in Hospitals
Hospital patients receiving opioid therapy can develop respiratory compromise that is difficult to detect early. Continuous wearable monitoring with pattern-recognition capabilities can help clinicians... Read more
Mitral Valve Repair Device Receives EU Approval for Functional Regurgitation
Mitral regurgitation is among the most prevalent valvular heart diseases, and functional mitral regurgitation (FMR) in patients with heart failure remains challenging to manage. International guidance... Read moreSurgical Techniques
view channel
AI Tool Predicts Surgical Scheduling Gaps to Improve OR Utilization
Operating room inefficiency strains hospital capacity, inflates costs, and contributes to clinician burnout. Accurate surgical scheduling remains difficult because case duration and perioperative logistics... Read more
Innovative Central Line System Reduces Steps and Procedure Time
Central line placement is routine in critical care and surgery, yet it typically involves multiple components and numerous handoffs. Each exchange can introduce contamination risk, procedural delays, and... Read morePatient Care
view channel
AI Avatar Doctor Improves Patient Understanding Before Radiotherapy
Radiation oncology consultations require patients to grasp complex concepts quickly, yet anxiety and information overload often undermine understanding and informed consent. Poor comprehension can also... Read more
Wearable Sleep Data Predict Adherence to Pulmonary Rehabilitation
Chronic obstructive pulmonary disease (COPD) is a long-term lung disorder that makes breathing difficult and often disturbs sleep, reducing energy for daily activities. Limited engagement in pulmonary... Read morePoint of Care
view channel
Handheld AI Device for Point-of-Care Skin Lesion Assessment Receives CE Mark
DermaSensor (Miami, FL, USA) has received a Class IIb CE Mark for its handheld DermaSensor device, marking the start of the company’s global expansion strategy. The certification demonstrates conformity... Read more
Portable Immunoassay System Advances Toward Point-of-Care Biomarker Testing
Proxim Diagnostics Corp. (Santa Clara, CA, USA) has announced that its Profile System, a handheld point-of-care immunoassay platform, has completed development. The milestone includes completion... Read more
Portable MRI System Accelerates Emergency Brain Imaging and Triage
Emergency departments frequently face delays accessing conventional magnetic resonance imaging (MRI) for patients with suspected neurological emergencies. Such waits can slow triage, prolong boarding,... Read more







