Stratus’ Post

EEG trending is a commonly used feature in all continuous EEG and ICU recordings and provides a compressed view of the extended EEG recordings, making it possible to view the entire recording at a glance. This facilitates monitoring patients and saves time by quick identification of critical episodes. Check out this helpful Clinical EEG Trends Guide from my team at Natus that dives into the most common trends that are frequently analyzed, when/how to use these trends and examples of the trends within EEG software. #EEG #neuro #criticalcare #patientcare

EEG trending is a commonly used feature in all continuous EEG and ICU recordings and provides a compressed view of the extended EEG recordings, making it possible to view the entire recording at a glance. This facilitates monitoring patients and saves time by quick identification of critical episodes. Check out this helpful Clinical EEG Trends Guide from my team at Natus that dives into the most common trends that are frequently analyzed, when/how to use these trends and examples of the trends within EEG software. #EEG #neuro #criticalcare #patientcare

Exciting news in Parkinson's treatment! Medtronic has secured CE Mark approval for BrainSense Adaptive DBS and Electrode Identifier in the EU and UK. This groundbreaking technology offers real-time, personalized therapy for Parkinson's patients. Dr. Martijn Beudel from Amsterdam University Medical Center performed the first programming, marking a significant milestone in DBS therapy. "Adaptive deep brain stimulation represents an exciting evolution in how we manage Parkinson's," said Dr. Beudel. "By using real-time brain activity to automatically adjust stimulation, this technology enhances the ability to deliver patient-specific stimulation that can be adapted to an individual's unique needs." This innovation promises to revolutionize Parkinson's care, offering hope for improved quality of life for patients worldwide. https://lnkd.in/eCM25tZt 📰 Stay ahead in healthcare by following Practical Patient Care on LinkedIn! Get the latest news and insights on patient care and clinical advancements. Join our community to stay informed and enhance your knowledge. Follow us today! #PracticalPatientCare #MedicalInnovation #ParkinsonsResearch #Medtronic

Innovative remote monitoring has enabled clinics to add an entire day to their schedule. Hear how Kaylan Ottinger, Cardiac Device Specialist at the Medical University of South Carolina has more time for patient care and better workflows. https://lnkd.in/gMPNsApb Experience the benefits of streamlined operations and improved patient outcomes with advanced remote monitoring solutions. #ePeeps #electrophysiology #cardiacremotemonitoring PaceMate®

Visit the link to register for our free webinar discussing data management and best strategies for optimizing your clinics operations! #epeeps #pacemate #electrophysiology #EP #medaxiom https://lnkd.in/ecuqsrg5

Registered EEG Technologists (R. EEG T.s) are great at recording and monitoring brain activity in clinical settings - well prepared EEGs recorded by an R.EEG T.s are the clinical gold standard! Yet, only about 5,600 R. EEG T. registries are active in the US today! Contrast this to 6,120 hospitals and a total of >916,700 hospital beds in the US, and we start to understand the gap there is to fill. That is roughly 162 beds per R. EEG T. assuming all of them are actively working at a hospital today. But we know that there are also >1,750 outpatient neurology practices with >3,000 different physical locations in the US, and many of those would also benefit from increased access to brain monitoring. To make high quality clinical brainwave assessments more easily available now, technology must help to close the gaps. Let’s empower the highly skilled R.EEG T.s remaining, augment their knowledge, and provide them with better tools.   Also, let’s simplify and offload repetitive tasks in a way that reduces the obstacles to high quality clinical EEG acquisitions. That way, we can get EEG closer to where it is needed, when it is needed, and improve life changing patient care! #MedicalDevices #EEG #HealthInnovations #MHealth #Healthcare #ASET #ABRET

Learn how Piedmont Healthcare saved 2,100 hours in a year by switching from PaceArt Optima to PaceMateLIVE™—effectively streamlining workflows, reducing manual tasks, and improving patient care, all while enhancing staff satisfaction. Read the Case Study https://lnkd.in/e_cXnq5N #cardiacremotemonitoring #electrophysiology #EPeeps

In neurocritical care, every second counts. ⏱ Continuous EEG monitoring provides real-time insights into brain activity, helping clinicians respond swiftly to neurological events. But what happens when an MRI is needed? Traditional EEG electrodes must be removed and then reapplied by a trained EEG technologist, potentially causing delays that can impact patient outcomes. Our latest white paper explores how MR Conditional / CT electrodes streamline care in the ICU by allowing seamless transfer between EEG monitoring to MRI and CT imaging, minimizing interruptions to patient care. Patients can be easily disconnected and reconnected to the EEG equipment by a non-EEG expert, eliminating the need to call in techs during off hours. Learn how these electrodes improve patient safety, reduce workflow disruptions and enhance diagnostic efficiency. Download the white paper to explore the benefits for ICU and EMU teams. https://hubs.li/Q02WdS1c0 #criticalcare #MRI #EEG #HealthcareInnovation #PatientCare #ICU

Data overload is a significant hurdle in cardiac care. How do we cut through all the noise and get down to real-world solutions? Join us at HRX live in the HRStv Studio for an exclusive in-person production of a session. #HRX2024 #cardiacremotemonitoring #electrophysiology #EPeeps

In neurocritical care, every second counts. ⏱ Continuous EEG monitoring provides real-time insights into brain activity, helping clinicians respond swiftly to neurological events. But what happens when an MRI is needed? Traditional EEG electrodes must be removed and then reapplied by a trained EEG technologist, potentially causing delays that can impact patient outcomes. Our latest white paper explores how MR Conditional / CT electrodes streamline care in the ICU by allowing seamless transfer between EEG monitoring to MRI and CT imaging, minimizing interruptions to patient care. Patients can be easily disconnected and reconnected to the EEG equipment by a non-EEG expert, eliminating the need to call in techs during off hours. Learn how these electrodes improve patient safety, reduce workflow disruptions and enhance diagnostic efficiency. Download the white paper to explore the benefits for ICU and EMU teams. https://lnkd.in/ewc7WJ8c #criticalcare #MRI #EEG #HealthcareInnovation #PatientCare #ICU