Cynthia L. Webner – The Heart in Detail

Constructed with the bedside doctor in mind in Remember, this seminar is suitable for all healthcare professionals looking to improve their assessment skills.

 Cynthia L. Webner – The Heart in Detail

• The NEED TO KNOW Arrhythmias
• What is actually happening in Cardiac Condition?
• The ABCs of Cardiac Medifications
• Heart Failure: Which Organs Really Are Affected?

Have you ever wondered why a patent with a myocardial Infarction would have dyspnea.

Or, you are having trouble explaining what beta is.-What are the benefits of blocking?

Are you confused about hemodynamics and ejection fractions?

Join if you struggle to explain to patients which blood vessel perfuses which part of the heart or why an arrhythmia is occurring or what their kidney problems are. Cynthia L. Webner, DNP. RN. CCNS. CCRN.-CMC, CHFN mentor who makes the information simple and understandable.

Constructed with the bedside doctor in mind in This seminar is for healthcare professionals who want to improve their assessment skills, learn more about cardiac anatomy and physiology, and then apply those skills in their practice. in Daily patient care. These essential concepts will enable you to identify and respond faster to patient complications. Cynthia’s teaching style allows for an informal interactive discussion. You will be able to interpret ECGs in a systematic manner, understand common cardiac conditions, and renew your commitment to excellence. in Care for the patient

OUTLINE

Understanding Electrical & Mechanical Functions

• Conduction System
• Waveforms
• The NEED TO KNOW Arrhythmias
• Hemodynamic Function
  • Cardiac Output
  • Preload
  • Afterload
  • Contractility
  • Heart Rate
• Normal Heart Sounds
  • S1, S2
• Abnormal Heart Sounds
  • Murmurs: How to distinguish Systolic and Diastolic
  • Gallops S3/S4
• Compensatory Mechanisms
  • Maintaining Cardiac Output & Blood Pressure

Coronary Artery Perfusion

• In Relation to: Cardiac Musculature & Conduction System
• Placement of Lead
• 5-Lead Monitoring
• 12-Lead, 15-Lead and Right-ECG with sided

Acute Coronary Syndrome Patients

• Differentiating Between Ischemia, Injury & Infarct
• A Systematic Approach to ECG Detection
• Pharmacological Therapies
• AHA Guidelines: When to Use & Why
  • Dual Anti-Platelet Therapy
  • Beta Blockers
  • ACE Inhibitors
  • Anticoagulation
  • Statins
  • Mechanism of Action

Heart Failure: Which Organs Really Are Affected?

• Neurohormonal activation
  • Sympathetic Nervous Sympathetic
  • Renin-Angiotensin System
  • Aldosterone System
• Perfusion & Congestion Assessment
• Differentiating Acute and Chronic HF
• The Importance of Unloading Heart
• Non-Invasive Diagnostic Evaluation
• The evidence-Base Treatment
• What are the BUN & Creatinine Saying?

Valvular Heart Why is the Left Side of Disease?

• Stenotic Valvular Dysfunction and Insufficiency:
• Physical Assessment Clues
• Signs & Symptoms
• Associated Murmurs

Other Cardiac Disease Pathologies

• Pericarditis
  • An excellent imposter of myocardial infarction
• Cardiomyopathies
  • Contrasting Hypertrophic versus Dilated

Advanced Skills in Assessment & Decision-Making

• A Hemodynamic Profile Without a PAC
• Assessing the Volume Status
• Jugular Vein Distention
• Importance and importance of pulse pressure
• The Value Heart Sounds

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OBJECTIVES

1. Discuss the electrophysiology of your heart: What is the difference between electrical and mechanical function?
2. Use the “Thumbs Technique” To determine the ventricular angle of the heart.
3. Consider the more common arrhythmias of the heart and talk about their causes.
4. Define hemodynamic principles in The body.
5. Refer to the coronary artery perfusion with cardiac musculature, and the conduction network.
6. Interpretation of ischemia, injury, or infarction patterns on a 12-Lead ECG, 15-Lead, and do right-ECG with sided.
7. New evidence should be incorporated-Acute Coronary Syndrome: Guidelines based on research
8. Explain the process of mitral and aortic valve disease and the state treatment.
9. Discuss heart failure and link physical assessment results to hemodynamic parameters in A patient suffering from decompensated cardiac failure.
10. Be specific.-The following treatments can be used to treat chronic and acute heart failure.
11. Differentiate between hypertrophic and dilated cardiomyopathy.
12. Pericarditis can be discussed to discuss causes, ECG changes, and treatment options.