Dr Mohamed Yaseen anesthesia and intensive care courses

29/09/2025

Pregnancy physiology makes fluid therapy challenging and requires careful balance.

Traditional methods of fluid assessment are often unreliable or invasive.

POCUS provides real-time, non-invasive monitoring of cardiac function, lung status, and fluid responsiveness.

This lecture will discuss how anesthetists and intensivists can use POCUS to optimize maternal and fetal outcomes.
https://youtu.be/CSJs7HsBX0k?si=Q6Ic7YLn7MkipBIw
Presented by: Dr. Mohamed Yaseen
Lecturer of anesthesia, SICU and pain management
Cairo University
M.Sc., EDAIC, FCAI, MD
Tel: 012 72288695

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16/09/2025

📢 فرصة لا تفوّت لأطباء التخدير! 🚀

هل تحلم بالعمل في إنجلترا أو أيرلندا؟ هل تريد الحصول على الدبلومة الأوروبية في التخدير والعناية المركزة (EDAIC) لفتح آفاق جديدة في مسيرتك المهنية؟ 🌍🎓

💡 انضم الآن إلى أقوى كورس تحضيري لامتحان EDAIC! 💡

🔹 محتوى شامل يغطي جميع محاور الامتحان
🔹 تدريب مكثف بأسلوب المحاكاة والنقاش التفاعلي
🔹 مراجعة دقيقة لأحدث الأسئلة والإجابات النموذجية
🔹 إرشادات خاصة لمتطلبات العمل في إنجلترا وأيرلندا

✨ خطوتك الأولى نحو فرص عمل مميزة في أوروبا تبدأ من هنا! ✨

📅 الأماكن محدودة، احجز الآن وابدأ رحلتك نحو النجاح!

📍 للتسجيل والاستفسار، تواصل معنا فورًا! ✉️
د. محمد ياسين
01272288695
د.أمنية يحيي
01270130326

16/09/2025

🌍 European Diploma of Anaesthesia & Intensive Care (EDAIC) – Part II Oral Exam Preparation Course

📅 Start Date: 1st October 2025
⏳ Duration: 6 weeks
🕑 Schedule: 2 lectures per week | Each lecture lasts 2 hours

🔹 About the Course

This intensive preparation course is designed to help anesthesia specialists excel in the EDAIC Part II Oral Exam. Over 6 weeks, participants will engage in structured learning sessions that focus on answering and practicing real oral exam questions from previous EDAIC examinations, ensuring readiness and confidence.

🔹 What You’ll Gain

✅ Focused training on past oral exam questions

✅ Simulation of the viva exam environment

✅ Step-by-step strategies for structured answers

✅ Interactive discussions to strengthen critical thinking

✅ Direct feedback and guidance from the instructor

🔹 Target Audience

Anesthesia specialists preparing for EDAIC Part II Oral Exam

Candidates aiming to sharpen oral exam performance through structured practice

🔹 Delivered By

👨‍⚕️ Dr. Mohamed Yaseen

Lecturer of Anesthesia, SICU & Pain Management, Cairo University

Diplomate of the European Society of Anaesthesia & Intensive Care

MD Anesthesiology

Fellow of the College of Anaesthesiologists in Ireland

🔹 Why Join?

Expert-led sessions tailored for exam success

Exclusive practice with real previous exam questions

Small-group, interactive learning format

Practical, exam-oriented teaching that goes beyond textbooks

📍 Mode: Online interactive lectures (accessible worldwide)
📝 Registration: Limited seats available to ensure high-quality interaction

🚀 Take the final step towards passing the EDAIC Part II Oral Exam with confidence. Join us this October!
For registration:
Dr. Mohamed Yaseen
012 72288695
Dr. Omnia Yahia
01270130326

07/09/2025

13/07/2025

Announcement 🚨🚨
Intensive care course will start on 1st August 2025
Instructor: Dr. Mohamed Yaseen
Lecturer of Anesthesia, SICU and Pain Management
Target Audience: Intensivists & Anesthetists
Duration: 5 Months
Frequency: 2 Lectures per Week (Total ~40 Lectures)
Format: Live Lectures + Interactive Q&A + Case Discussions
Lecture Days: Every Monday and Thursday
Lecture Time: 7:00 PM – 9:00 PM
Delivery Mode: Online (Zoom)
Month 1: ICU Foundations & Respiratory Support
• - Introduction to Critical Care & ICU Setup
• - Hemodynamic Monitoring – Basics & Advanced
• - Shock: Classification, Diagnosis & Management
• - Mechanical Ventilation I – Modes & Principles
• - Mechanical Ventilation II – Ventilator Settings & Waveforms
• - Blood Gas Interpretation & Acid-Base Balance
• - Oxygen Delivery & Monitoring Tools
• - Weaning from Mechanical Ventilation
Month 2: Organ Support & Specific Syndromes
• - ARDS – Pathophysiology & Management
• - Sepsis & Septic Shock – Guidelines & Case Studies
• - Renal Failure & Renal Replacement Therapy
• - Electrolyte & Fluid Management in ICU
• - Hepatic Failure & Encephalopathy
• - Acute Pancreatitis in ICU
• - Neurological Monitoring – ICP, GCS, Brain Death
• - Nutrition in the Critically Ill
Month 3: Procedures, Sedation & Infection Control
• - ICU Sedation & Analgesia Protocols
• - Delirium & Neuromuscular Blockade
• - Common ICU Procedures (Intubation, CVC, Tracheostomy)
• - Airway Management in the ICU
• - Infection Control in the ICU
• - VAP, CLABSI, CAUTI – Diagnosis & Prevention
• - Antimicrobial Stewardship in ICU
• - Isolation, PPE Protocols
Month 4: Special Populations & Ethics
• - ICU Care in Obstetrics
• - Pediatric and Neonatal ICU Overview
• - ICU Management in Cardiac Patients
• - Trauma Management in ICU
• - ICU for the Burn Patient
• - Brain Death & Organ Donation
• - Ethical Dilemmas in ICU
• - End-of-Life Care & Palliative Principles
Month 5: Advanced Topics & Exam Preparation
• - Mechanical Ventilation – Advanced Cases
• - Difficult Weaning – Approaches & Protocols
• - Case-Based Sepsis Scenarios
• - Interactive ABG & Shock Simulations
• - Hemodynamic Puzzle – Real ICU Cases
• - ICU Drug Dosing & Pharmacology
• - ICU Emergency Response & Code Management
For registration:
Dr. Mohamed Yaseen
012 72288695
Dr. Omnia Yehia
01270130326

07/07/2025

الف مبروووك د هاجر و د مها بدران على النجاح في EDAIC Part II كل الامنيات بالنجاح و التوفيق💪

14/06/2025

Introduction to the Lecture: Henderson-Hasselbalch Equation and Drug Ionization
Presented to Anesthesia Doctors

The Henderson-Hasselbalch equation is a cornerstone of both acid-base physiology and pharmacokinetics, offering a mathematical model to understand the relationship between pH, pKa, and the degree of ionization of weak acids and bases. For anesthesia doctors, this concept holds critical clinical relevance, particularly in predicting how anesthetic and adjunct drugs behave in various physiological environments. The ionization state of a drug determines its lipid solubility, membrane permeability, and ultimately its onset, potency, and duration of action. Changes in systemic or local pH—such as those seen in infection, ischemia, or respiratory and metabolic disturbances—can significantly influence the effectiveness of commonly used agents, including local anesthetics, opioids, and muscle relaxants. This lecture will provide a scientific overview of the Henderson-Hasselbalch equation and its application in drug ionization, with practical insights into how this knowledge can be used to optimize pharmacologic decisions in anesthetic and critical care practice.

14/06/2025

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Introduction to the Lecture: Neurological Complications in the Beach Chair Position
Presented to Anesthesia Doctors

The beach chair position, frequently used during shoulder surgeries, offers significant advantages for surgical access and hemostasis. However, it presents important anesthetic considerations, particularly related to cerebral hemodynamics and the risk of neurological complications. The upright positioning can lead to a reduction in cerebral perfusion pressure, especially in the presence of anesthetic-induced hypotension and impaired autoregulatory mechanisms. Reported complications include ischemic stroke, visual loss, and postoperative cognitive dysfunction—many of which are preventable with appropriate anesthetic vigilance. For anesthesia doctors, understanding the pathophysiological implications of this position is crucial to maintaining adequate cerebral perfusion and minimizing adverse outcomes. This lecture will provide an in-depth exploration of the neurological risks associated with the beach chair position, evidence-based monitoring strategies such as near-infrared spectroscopy (NIRS), and practical approaches to intraoperative blood pressure management to enhance patient safety and neuroprotection.

14/06/2025

Introduction to the Lecture: Point-of-Care Ultrasound (POCUS)
Presented to Anesthesia Doctors

Point-of-Care Ultrasound (POCUS) is an essential and evolving extension of the anesthesiologist’s clinical examination, enabling real-time, bedside visualization of anatomical structures and physiological processes. Its utility spans the perioperative and critical care continuum, offering rapid, non-invasive insights that support decision-making in high-acuity environments. For anesthesia doctors, POCUS enhances patient safety and precision in procedures such as vascular access, regional anesthesia, and airway assessment, while also facilitating focused cardiac, pulmonary, and abdominal evaluations. This lecture will provide a scientific foundation for the principles and applications of POCUS, focusing on image acquisition, interpretation, and integration into anesthetic and critical care workflows. Emphasis will be placed on clinically relevant protocols that empower anesthesia professionals to deliver timely, accurate, and effective care.

14/06/2025

ChatGPT said:
Introduction to the Lecture: Neurological Complications of the Beach Chair Position in Shoulder Surgeries
Presented to Anesthesia Doctors

The beach chair position is frequently utilized in shoulder surgeries for its favorable surgical exposure and reduction in intraoperative bleeding. However, this positioning introduces specific anesthetic challenges, particularly regarding cerebral perfusion and the risk of neurological complications. Anesthesia doctors must be acutely aware of the physiological alterations associated with upright positioning, including reduced cerebral perfusion pressure due to gravitational gradients and anesthetic-induced hypotension. These changes can predispose patients to serious complications such as cerebral ischemia, visual loss, and cognitive dysfunction. This lecture aims to provide a scientific overview of the neurological risks associated with the beach chair position, explore the underlying mechanisms, and discuss strategies for prevention and intraoperative monitoring. Emphasis will be placed on the importance of maintaining adequate mean arterial pressure at the level of the brain, utilizing cerebral oximetry, and implementing evidence-based anesthetic techniques to ensure patient safety and optimal neurological outcomes during shoulder surgery.

14/06/2025

Introduction to the Lecture: Introduction to the Intensive Care Course
Presented to Anesthesia Doctors

Intensive care is a dynamic and demanding discipline focused on the management of critically ill patients with acute, life-threatening conditions involving one or more organ systems. For anesthesia doctors, proficiency in intensive care medicine is essential, as it complements core anesthetic skills such as airway management, mechanical ventilation, hemodynamic monitoring, and the use of vasoactive and sedative agents. This introductory lecture serves as the foundation of the intensive care course, offering a structured overview of ICU principles, patient assessment strategies, and the multidisciplinary nature of critical care. Key topics will include recognition and management of organ dysfunction, approaches to sepsis, shock, respiratory failure, and the safe application of supportive technologies. Emphasis will also be placed on evidence-based practices, clinical decision-making, and ethical considerations unique to the intensive care environment. This session aims to equip anesthesia doctors with the essential knowledge and framework needed to navigate the complex challenges of modern critical care.

14/06/2025

Introduction to the Lecture: Acute Respiratory Distress Syndrome (ARDS)
Presented to Anesthesia Doctors

Acute Respiratory Distress Syndrome (ARDS) is a critical condition frequently encountered in the intensive care unit and during the perioperative period, with significant implications for anesthetic management. It is characterized by acute onset of hypoxemic respiratory failure, non-cardiogenic pulmonary edema, and reduced lung compliance, often resulting from direct lung injury (such as pneumonia or aspiration) or indirect insults (such as sepsis or trauma). The Berlin Definition provides a standardized framework for diagnosing ARDS based on timing, imaging findings, origin of edema, and oxygenation status. For anesthesia doctors, ARDS presents complex challenges in terms of mechanical ventilation, fluid management, and hemodynamic support. Evidence-based strategies such as lung-protective ventilation, permissive hypercapnia, prone positioning, and individualized PEEP titration are essential to minimize ventilator-induced lung injury and improve outcomes. This lecture aims to equip anesthesia professionals with a comprehensive understanding of the pathophysiology, diagnosis, and multidisciplinary management of ARDS in both operative and critical care contexts.