COVID-19 TELE-EDUCATION SERIES FOR HEALTHCARE PROVIDERS IN LMICS
PROJECT ECHO ETIQUETTE Foundation of love and respect -Respond kindly rather than react if you disagree It is everybody’s responsibility to keep ECHO a safe space Test your equipment ahead of time Introduce yourself before speaking Body signals can be distracting Avoid making noise (i.e. potato chips, shuffling papers, whispering, cell phones, loud bags, etc.) For questions during Q&A session use the “raise hand” function or chat box
PROJECT ECHO ETIQUETTE Mute microphone when not speaking -Left bottom corner of your screen Remember to unmute before speaking Position webcam effectively to show your face if alone or to capture the whole group Have a light source from the front (Avoid being backlit) Test both audio and video Speak close to microphone IT issues? Send a message through chat/email
COVID-19 TELE-EDUCATION SERIES FOR HEALTHCARE PROVIDERS IN LMICS Respiratory Clinical Symptoms & Treatment Pierre P. Massion, MD Attending, Pulmonary Critical Care Medicine Service Vanderbilt University Medical Center, Nashville TN VA Medical Center, Nashville TN
LEARNING OBJECTIVES • Understand SARS CoV-2 infection; Recognize pathogenicity • Presentation • Diagnosis of Pneumonia Imaging and Pathology • Challenges Pulmonary to ICU • Priorities LMICs • Key points/ References • Questions:
COVID-19 TELE-EDUCATION SERIES FOR HEALTHCARE PROVIDERS IN LMICS Managing the COVID-19 Patient in the Critical Care Setting & Ventilation Dr. Joseph J. Schlesinger, MD Vanderbilt University Medical Center Dr. Priscilla C. Hirst, MD, MSc Montefiore New Rochelle Hospital
LEARNING OBJECTIVES • ACUTE RESPIRATORY DISTRESS SYNDROME • RISK FACTORS FOR ARDS • COVID-19 CARE ESSENTIALS • COVID-19 RESPIRATORY SUPPORT ALGORITHM • PRONE POSITIONING • ANTICOAGULATION PROTOCOL
COVID-19 TELE-EDUCATION SERIES FOR HEALTHCARE PROVIDERS IN LMICS Multi-System Organ Failure and Sepsis Kyle Bruns DO, Kaitlyn Brennan DO, MPH Arna Banerjee MD, MMHC, FCCM, Kimberly Rengel MD 28/04/2020
LEARNING OBJECTIVES • Review common organ dysfunction and initial treatment in ICU patients with sepsis and COVID 19 • Understand organ dysfunction specific to COVID 19 infection • Formulate optimal treatment plans based on your hospital’s capabilities
COVID-19 TELE-EDUCATION SERIES FOR HEALTHCARE PROVIDERS IN LMICS Clinical Features and Management of Cardiovascular Disease (CVD) in COVID 19 Henry Okafor, MD, FACC Director of Vanderbilt-Meharry Cardiology May 1, 2020
DISCLOSURES • The speaker has no significant financial conflicts of interest to disclose
LEARNING OBJECTIVES • Understand the spectrum of cardiovascular disease in Covid-19 • Review the clinical features of CVD in Covid-19 • Discuss the approach to therapeutic decisions in CVD complications of Covid-19 • Highlight potential adaptations in low resource settings
CASE PRESENTATIONS OF CVD IN COVID-19
CASE 1 • 55 y/o man with a h/o HTN, DM-2, severe NICM/HFrEF (prior LVEF was <20%) and non-obstructive CAD. • Presents with 1 week h/o progressive dyspnea on mild exertion and 3 days of exertional angina. • Bp -150/101, HR-94, T -98.1F, RR-22, O2sat – 96-98% RA. • Positive bibasilar crackles, elevated JVD, S3 gallop and 2+ bilat pitting edema.
CASE 1 TESTS EKG LABs CXR 2D-ECHO • NSR w/ • Trop 1.07 • Cardiomegaly • Biventricular PACs failure • p-BNP 22K • Pulmonary • LAD congestion • LVEF <20% • NSST -T • No • Grade 3 DD wave pneumonia changes • Small PE, no tamponade
CASE I CONTD • Clinical improvement with iv • Elevated inflammatory markers – diuresis CRP, fibrinogen, ferritin and D-Dimer • Temp spike to 101.7F on Day 3 • COVID-19 resulted positive on Day 8 • Progressive hypoxia requiring • Treated with Azithromycin x 5 days, increasing oxygen supplementation, avoided HCQ due to prolonged baseline QT • Septic w/u initiated including for SARS COV2 • Hypoxia and fever resolved and patient discharged on Day 15
CASE 2 • 68 y/o woman with h/o HTN, DM-2 was hospitalized 10 days after initially testing positive for Covid-19, required mechanical ventilation for respiratory failure. • Day 5 on the vent, she became acutely more tachycardic and hypotensive requiring vasopressors. • Septic w/u initiated although she was already on HCQ and Azithromycin.
CASE 2 CONTD • Stat 2 d-Echo revealed severely impaired LV systolic function with severe global hypokinesis and LVEF of 25- 30%. • Inotropic support with low dose dobutamine was initiated and hemodynamics stabilized over 24-48hours. • Repeat echo after 7 days showed almost normal LVEF of 45-50%.
COVID-19 EPIDEMIOLOGY • COVID-19 pandemic caused by SARS – COV2. • Primarily respiratory disease • Has extensive interaction with CVS. – Patients with CVD are at higher risk of getting infected – Outcomes are worse in CVD patients • CVD complications are common in patients with COVID-19 even in the absence of premorbid CVD. • Some of the current treatment for Covid-19 may cause CVD complications such as arrhythmias.
From: Cardiovascular Implications of Fatal Outcomes of Patients With Coronavirus Disease 2019 (COVID-19) JAMA Cardiol. Published online March 27, 2020. doi:10.1001/jamacardio.2020.1017 Figure Legend: Mortality of Patients With Coronavirus Disease 2019 (COVID-19) With/Without Cardiovascular Disease (CVD) and With/Without Elevated Troponin T (TnT) Levels Date of download: 4/11/2020
SPECTRUM OF CVD IN COVID-19 Pre-existing CVD SARS-COV-2 related Treatment-related Heart Failure/CMP Cardiogenic shock/HFrEF Arrhythmias Coronary Artery Disease Acute MI, Myocarditis Cardiotoxicity Hypertension Arrhythmias, CMP Arrhythmias Thromboembolism
From: Clinical Characteristics of 138 Hospitalized Patients With 2019 Novel Coronavirus – Infected Pneumonia in Wuhan, China JAMA. 2020;323(11):1061-1069. doi:10.1001/jama.2020.1585 Date of download: 4/27/2020
PATHOGENESIS • SARS-CoV2 - single-strand RNA • enters human cells mainly by binding the angiotensin converting enzyme 2 (ACE2) • highly expressed in lung alveolar cells, cardiac myocytes, the vascular endothelium, and other cells. • Leads to a mild to moderate viral illness or progress to systemic inflammatory response syndrome, acute respiratory disease syndrome (ARDS), multi-organ involvement, and shock
MECHANISMS OF MYOCARDIAL INJURY
CVD MANAGEMENT PRINCIPLES IN COVID-19 ACC recommendations: • Establish protocols for effective clinical triage, diagnosis, and isolation of Covid-19 patients with CVD or CVD complications. • Individualize and limit diagnostic testing to essential tests that could facilitate management. • Consider point of care testing where available. • Universal precautions including masks for both patient and healthcare worker. • Use of Telemedicine where possible
ACS MANAGEMENT IN COVID-19 • Universal precautions including masks for patients and healthcare workers. • Early Testing for COVID-19 • STEMI • Consider Fibrinolytic Therapy • High risk primary PCI in dedicated COVID-19 Cath lab in full PPE • • Unstable Angina and NSTEMI • Medical Therapy and consider CT Coronary angiogram for high risk patients.
HEART FAILURE AND CARDIOGENIC SHOCK IN COVID-19 Bedside clinical assessment If in cardiogenic shock, consider • cold extremities • Inotropic support and vasopressors • Hypotension • Dobutamine • JVD • Nor-epinephrine • use POCUS vs 2 D-echo • Vasopressin • Extracorporeal Membrane Oxygenation GDMT including ACEI/ARBs are (ECMO) recommended. • Veno-Venous in intractable respiratory failure • Veno-Arterial in cardiogenic shock
THROMBOEMBOLISM IN COVID-19
PREVENTION AND MANAGEMENT OF THROMBOSIS IN COVID-19 • Assess for risk factors • Prophylaxis per usual protocol • Pre-existing need for anticoagulation • Therapeutic anticoagulation • Age with low molecular weight vs • Bed-ridden status (Stasis) unfractionated Heparin • Disease severity: Inflammatory response, endothelial injury • Hemostatic abnormalities: Elevated D- dimer, DIC, High Procalcitonin • • Confirmed DVT/PE in COVID-19
MALIGNANT ARRHYTHMIAS • Mitigate risk by: • check baseline EKG and avoid QT prolonging drugs if QTC >500ms • correct electrolyte abnormalities (K+, Mg and Ca) prior to treatment • caution with diuretics • permissive tachycardia (HR of 90-110 bpm) • DCCV if hemodynamic instability occurs
SUMMARY • Diverse manifestations of CVD in Covid-19 • Establish, rehearse and follow protocols • Maintain consistent universal precautions • Tailor care to individual needs • Avoid unnecessary testing • Adapt care to available resources I • Use Telemedicine where possible
VanderbiltHeart.com
QUESTIONS?
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