Browsing: Critical Care Devices

Crit Care Device - PAC 2 - Fig 1.png
Critical Care Devices , Critical Care , Pulmonary

Critical Care Device Series: Pulmonary Artery Catheter (Part 2 of 3)

5/29/2025 Pooja Dave, MD , Dominique Gelmann, MD , Jordan Nogle, DO
In Part 2 of this Critical Care Device series, we continue to learn about the Swan-Ganz catheter. Pulmonary artery catheters (PACs) are considered a valuable diagnostic and management tool in cardioge
Critical Care Device PAC - Swan.png
Critical Care Devices , Critical Care , Pulmonary

Critical Care Device Series: Pulmonary Artery Catheter (Part 1 of 3)

5/20/2025 Barret Zimmerman, MD , Mario Castellanos, MD , Allie Schick, MD
Pulmonary artery catheters (PACs) are considered a valuable diagnostic and management tool in cardiogenic shock. For this application, their use is supported by recent evidence correlating their place
Impella - anchor.png
Critical Care Devices , Critical Care , Cardiology

Critical Care Device Series: Impella®

8/28/2024 Josh Wild, DO , Brian Sumner, MD
Mechanical circulatory devices continue to evolve, allowing greater support of the sickest patients. This article discusses the Impella heart pumps, developed to address high-risk percutaneous coronar
Device - EVD - Image 1.png
Critical Care Devices , Critical Care , Neurology

Critical Care Device Series: External Ventricular Drain

6/30/2024 Josh Wild, DO , Luxi Qiao, MD, MPhil , Sherard Lacaille , Daniel Zapata, MD
External ventricular drain placement is often considered a lifesaving measure to alleviate severe hydrocephalus or elevated intracranial pressure. This paper reviews current guidelines and steps for p
Device - Art Line 2 - Figure 3.png
Critical Care Devices , Critical Care , Cardiology

Critical Care Device Series: Arterial Lines Part 2 - Waveforms and Damping

5/6/2024 Marcus Gresham, MD , Alexandra Hallagan, MD , Donald Maberry Jr., MD
Arterial lines are helpful tools for monitoring hemodynamics and maintaining easy access for frequent lab draws in the critically ill patient. Interpreting the waveform of the arterial line is necessa
TVP Fig 1.png
Critical Care Devices , Critical Care , Cardiology

Critical Care Device Series: Transvenous Pacemaker

7/24/2023 Alexandra Hallagan, MD , Christian Kasianko, MD , Amrita Vempati, MD
Temporary transvenous pacing (TTVP) utilizes central venous access to pass an electrode into the right ventricle. TTVPs are one of the most infrequently performed procedures by emergency physicians;
CCD - HFNC Woman Reading on High Velocity Therapy.png
Critical Care Devices , Critical Care , Pulmonary , Airway

Critical Care Device Series: Heated High-Flow Nasal Cannula (HFNC)

6/20/2023 Christine Yang, MD , Dustin Slagle, MD , Robert Jared Klemisch, MD
Heated high-flow nasal cannula (HFNC) is capable of delivering 100% humidified and heated oxygen at higher flow rates, providing important support for patients with respiratory distress. Learn more ab
Devices - CIED 2.png
Critical Care Devices , Critical Care , Cardiology

Critical Care Device Series: Cardiac Implantable Electronic Devices (CIED)

6/5/2023 Logan Brich , Brendan Innes, MD , Achyut Kamat, MD, FACEP
Given the prevalence of cardiac implantable electronic devices in the United States, it is important for emergency physicians to understand the basic operation and be able to recognize and address com
CC Devices - LVAD anchor.jpg
Critical Care Devices , Critical Care , Cardiology

Critical Care Device Series: LVADs

5/2/2023 Christian Kasianko, MD , Evan McMurray, MD
Initially meant to improve survival and bridge patients in the outpatient setting from their diagnosis of heart failure to donor transplantation, mechanical assistance of the left ventricle has evolve
Devices - NPPV.jpg
Critical Care Devices , Critical Care , Airway

Critical Care Device Series: Noninvasive Positive Pressure Ventilation

5/2/2023 Christine Yang, MD , Alexandra Hallagan, MD , Dustin Slagle, MD , Gabriel Wardi, MD, MPH
Noninvasive positive pressure ventilation (NPPV) is the delivery of ventilatory support and positive pressure into the lungs without the need for an invasive endotracheal or tracheostomy tube. This su