Diploma in Paediatric Cardiology with Evaluation

Explore the anatomy, physiology, and clinical presentation of TGA in neonates and infants.​

Understand prostaglandin use, balloon atrial septostomy, and timing of arterial switch surgery.

Learn how the primitive heart tube loops, septates, and forms complex cardiac structures.​

Connect embryologic steps to common congenital heart diseases so defects finally make logical sense.​

Get a structured overview of acyanotic and cyanotic congenital heart diseases with simple physiological groupings.​
Link anatomy, pathophysiology, and clinical signs to remember lesions for exams and clinical practice.​

Understand systolic vs diastolic failure, preload, afterload, and neurohormonal activation in children.​

Translate mechanisms into typical symptoms, signs, and investigations used in pediatric heart failure.

Review indications, mechanisms, and selection of beta‑blockers across heart failure, arrhythmias, and ischemic disease.​

Learn dosing pearls, adverse effects, and paediatric considerations for safe prescribing.

Reinforce key heart failure mechanisms using paediatric clinical examples.​

Highlight common diagnostic mistakes, interpretation of biomarkers, and when to escalate therapy or refer.

Review stenotic and regurgitant valve lesions with their hallmark symptoms and signs.​

Learn key echocardiographic parameters and indications for intervention in paediatric and adult patients.

Learn a systematic approach to rate, rhythm, axis, intervals, and morphology.​

Build a reliable ECG reading checklist that works for both exams and real patients.

Explore automaticity, triggered activity, and re‑entry circuits behind common arrhythmias.​
Link mechanisms to ECG patterns and treatment choices, including drugs and ablation.​

Identify bradyarrhythmias, pauses, and conduction blocks on ECG.​

Understand symptoms, risk of syncope, and indications for pacing in paediatric and adult patients.

Test your skills on real‑world ECGs from children with congenital heart diseases.​

Apply pattern recognition and consolidate learning through exam‑style questions and explanations

Rapidly revise key CHD ECG patterns in a concise, exam‑oriented recap.​

Focus on must‑know tracings and avoid common interpretation traps.

Understand normal paediatric ECG variants and how they differ from adult tracings.​

Distinguish normal from pathological changes in children with and without CHD.

Deepen understanding of complex arrhythmia circuits, mapping, and electrophysiology terms.​

Bridge the gap between basic science and EP lab decision‑making.

Simplify Vaughan Williams classes, mechanisms, and clinical uses of antiarrhythmic drugs.​
Cover dosing, toxicity, and key contraindications relevant to paediatric and adult practice.​

?Overview of Electrocardiogram Syndromes part 1 provides an overview of 13 electrocardiogram (ECG) syndromes, detailing their discovery, clinical presentation, and diagnostic criteria.

Each section focuses on a specific cardiac condition, such as

Wellens’s syndrome

WPW syndrome

De Winter syndrome,

Takotsubo (Broken Heart) syndrome, Haisseguerre syndrome,

Levine–Ganong Lown syndrome,

Yamaguchi Syndrome

Kounis Syndrome

Kounis syndrome,

Frederick’s syndrome

Pagiyama syndrome

Leopard Syndrome

explaining how these manifest on an ECG.

It emphasizes the critical role of accurate ECG interpretation for timely diagnosis and appropriate management of both common emergencies and rarer electrical heart disorders, ultimately aiming to improve patient outcomes.

It highlights the importance of recognizing distinct ECG patterns to prevent misdiagnosis and facilitate effective treatment.

#Wellens’ssyndrome

#WPW

#DeWintersyndrome

#Takotsubo #BrokenHeart)

#Haisseguerre #syndrome

Levine–Ganong Lown syndrome, #LGLsynsyndrome

#YamaguchiSyndrome

#KounisSyndrome

#Frederick’ssyndrome

#Pagiyamasyndrome

#LeopardSyndrome

See how embryological steps translate into typical echo appearances of CHD.​

Make complex lesions easier to remember by pairing development with real image

Discover how 3D echo enhances visualisation of valves, septal defects, and surgical repairs.​

Learn indications, strengths, and limitations of 3D imaging in paediatric cardiology.

Understand study design, bias, endpoints, and statistics used in cardiology research.​

Develop a structured checklist to judge trial quality before changing practice.

Review key gross motor, fine motor, language, and social milestones.​

Spot delays and patterns that may suggest underlying cardiac or systemic disease.

Know normal paediatric heart rate, blood pressure, and respiratory ranges by age.​
Connect abnormal vitals to common paediatric cardiac and respiratory conditions.​

Understand APGAR scoring, key obstetric terms, and postpartum physiology.​

Recognise when maternal or neonatal cardiac issues need urgent specialist input.

Additional book reading for mastery in Cardiology and certification.

The book titled "European Exam of Core Cardiology prep. >700 MCQs & notes" available on Amazon and Kindle

https://www.amazon.com/dp/B0CKTHL6R8  USA & worldwide

https://www.amazon.de/dp/B0CKTHL6R8   Germany

https://www.amazon.in/dp/B0CKTHL6R8  India

The book titled "European Exam of Core Cardiology prep. >700 MCQs & notes" available on Amazon and Kindle

Prepare for success on the prestigious European Exam of Core Cardiology  (EECC) with this comprehensive review resource. Featuring over 700 multiple-choice questions and detailed explanatory notes, this indispensable guide covers all the key topics and skills tested on the exam. Sharpen your knowledge with questions spanning the core subspecialties of cardiology including ischemic heart disease, heart failure, arrhythmias, valvular disorders, cardiomyopathies, and more. The explanatory notes break down challenging concepts and high-yield facts to support retention.

Whether you're a resident preparing for the first time or a seasoned cardiologist keeping current, this powerful prep tool provides the insight and confidence needed to excel on the exam. The full-color illustrations and tables aid in understanding complex disorders and conditions.

Created and curated by a team of cardiologists and medical educators with extensive experience designing board review content, this up-to-date resource has everything you need to perform your best on test day and advance your cardiology career.

❤️ Landmark Cardiovascular Clinical Trials: Hypertension to Dyslipidemia summarizes numerous landmark clinical trials that have significantly shaped the understanding and treatment of various cardiovascular and metabolic conditions. The trials primarily focus on hypertension, myocardial infarction (STEMI), hypertrophic cardiomyopathy, peripheral arterial disease, diabetes, atrial fibrillation, coronary artery disease, dyslipidemia, and pulmonary hypertension. Each summary typically outlines the trial's objective, key outcomes, and resulting clinical impact, often leading to changes in treatment guidelines. Together, these summaries provide a broad overview of the evidence-based foundations guiding modern cardiology and related fields.

Landmark Cardiovascular Clinical Trials part 1 extensively summarizes numerous landmark clinical trials that have shaped the understanding and treatment of various cardiovascular conditions.

It covers pivotal studies concerning heart failure therapies like ARNI, beta-blockers, and SGLT2 inhibitors, as well as interventions for coronary artery disease, including PCI guidance via FFR, culprit versus multivessel PCI strategies, and PCI versus CABG for left main disease.

Furthermore, the document details key trials involving cardiogenic shock management with IABP and Impella,  ultimately illustrating how these trials have influenced current guideline recommendations in cardiology.

?ASD Device Closure: Tips and Tricks provides an extensive overview of Atrial Septal Defect (ASD) device closure, focusing on best practices and potential challenges. It outlines the ideal procedural steps, including careful case selection, precise sizing of the defect and device, and early detection and remediation of complications.

It details various imaging techniques, such as echocardiographic assessment using TTE and TEE, emphasizing how to evaluate defect size, available space for the device, and the critical assessment of surrounding "rims." Furthermore, it addresses specific issues like large or multiple ASDs, misaligned or floppy septums, and associated conditions, while also discussing the skills and hardware needed for successful closure. Finally, the source covers standard protocols, prevention of complications like air embolism, prolapse, and thrombus, and strategies to minimize risks such as pulmonary edema and device embolization, concluding with recommendations for post-procedure care and erosion prevention.

Pregnancy and Heart Disease Considerations discuss the complex interplay between pregnancy and heart disease, highlighting the increased risks for women with pre-existing cardiovascular conditions due to significant hemodynamic and hormonal changes. It cover the physiological adaptations of the cardiovascular system during different stages of pregnancy, labor, and postpartum, noting how these changes can unmask or worsen heart issues. The sources also detail various cardiac conditions and their management during pregnancy, including valvular diseases, cardiomyopathies like peripartum cardiomyopathy, congenital heart defects, and complications like hypertension and pulmonary hypertension. Furthermore, they address risk stratification tools, the safety of cardiovascular medications, the use of assisted reproductive technologies, and the importance of a multidisciplinary cardio-obstetrics team for optimal maternal and fetal outcomes.