Everything You Need to Know About Anesthesia MD (Residency + NEET SS) Course
April 10, 2025
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DigiNerve’s Anesthesia MD (Residency + NEET SS) course is an expertly curated e-learning resource crafted to empower postgraduate students and NEET SS aspirants in anesthesiology. It is spearheaded by the distinguished Chief Editors, Dr. Jigeeshu V. Divatia, and Dr. Atul P. Kulkarni, and supported by 30+ leading subject experts. This course integrates academic rigor with real-world clinical insights.
Under the guidance of Dr. Divatia and the editorial team, the course content addresses the challenges anesthesiology postgraduates often face,, whether it is clinical preparedness, critical care nuances, or advanced pain management strategies. This course not only aids in cracking final exams and NEET SS but also molds learners into competent, confident anesthesiologists.
Course Inclusions
- Video Lectures
- Lecture Notes
- Evidence-Based References
- Self-Assessment Questions
- OSCEs
- DxTx
- SxTools
- Engagement Activities
- Wise AI Chatbot
- Printed Notes
Features of the Anesthesia MD Course
- Expert-Led Video Lectures
Detailed and illustrative lectures covering topics from basic physiology and pharmacology to advanced critical care and regional anesthesia. Each video integrates theory with case scenarios to boost conceptual clarity. - Structured Modules with Real-World Relevance
The modules cover a wide range of topics, including Physics, Physiology, Pharmacology, Anesthesia Techniques, ICU Protocols, Subspecialty Topics, and Super-Specialty NEET SS preparation. The content is aligned with the NMC curriculum and NEET SS guidelines. - Evidence-Based Research and Notes
Each lecture is supported by well-illustrated notes and cutting-edge clinical research to offer learners a sound scientific foundation. - OSCEs for Practical Skill Assessment
Objective Structured Clinical Examinations (OSCEs) in flashcard format help postgraduates evaluate their hands-on readiness and decision-making under time pressure. - DxTx and SxTools Integration
- DxTx: A human model-based tool to explore various systems, diseases, diagnostic techniques, treatment protocols, and recent advancements.
- SxTools: Flashcard-style surgical and procedural tools with comprehensive explanations to master instrumentation in anesthesia.
- Self-Assessment Questions
Strategically placed MCQs reinforce concepts and allow for thorough self-evaluation. - Engagement Activities
Interactive journal clubs, chat shows, and live discussions with faculty make learning dynamic and collaborative. - Dr. Wise AI Chatbot
This intelligent assistant is integrated with published references, journals, videos, and textbooks to clarify concepts and provide detailed explanations instantly. - Printed Notes
Concise, exam-focused notes for quick revision and visual learning are ideal for long study hours.
Key Features
- Comprehensive coverage of anesthesia from residency to NEET SS level
- Clinically oriented, case-based learning
- Regular updates to align with current practices
- Interactive content with expert engagement
- Easy access to essential tools, instruments, and protocols
- NEET SS-focused modules and MCQ preparation
- Seamless integration of theory with real-life scenarios
Benefits of Enrolling in the Anesthesia MD Course
- Learn at your pace, from any location
- Gain access to India’s top anesthesiologists
- Visual learning of complex techniques
- NMC-aligned, exam-focused content
- Ideal for both residency prep and NEET SS
- Enhanced critical care and pain management skills
- Greater professional recognition and confidence
- Saves time and cost compared to offline resources
- High-quality printed materials and AI integration
- Constant exposure to the latest in research and practice
Anesthesia MD Course Table of Contents Overview
| Section | Module | Topics Allotted (Section) |
| Section 1: Physics, Physiology, and Pharmacology
|
Physiology
|
Respiratory Physiology Part-1 |
| Respiratory Physiology Part-2 | ||
| Hepatic Physiology | ||
| Cardiovascular Physiology & Hemodynamic Monitoring Part-1 | ||
| Cardiovascular Physiology & Hemodynamic Monitoring Part-2 | ||
| Neuromuscular Physiology | ||
| Applied Renal Anatomy and Physiology | ||
| Physics | Applied Physics for the Anesthesiologist | |
| Pharmacology
|
Opioid Analgesics | |
| Cholinergic and Anticholinergic Drugs | ||
| Pharmacokinetics and Pharmacodynamics | ||
| Section 2: Anesthesia Management | Cardiovascular Anesthesia | Perioperative Management of Patients with Mitral Stenosis |
| Anesthetic Management of IHD Patients for Non-cardiac Surgery | ||
| Anesthesia for Coronary Artery Bypass Graft Surgery (CABG) | ||
| Hypertensive Patient and Its Implications in Anesthesia | ||
| Tetralogy of Fallot | ||
| Patent Ductus Arteriosus | ||
| Patients with a Permanent Pacemaker | ||
| Peripheral Vascular Diseases | ||
| Atrial Fibrillation and Oral Anticoagulants | ||
| Anesthesia for a Patient with Mitral Valve Pathology for Major Surgeries | ||
| Anesthesia for Aortic Valve pathology for major surgeries (Regurgitation and Stenosis) | ||
| Atrial Septal Defect | ||
| Ventricular Septal Defects | ||
| Perioperative Arrhythmias | ||
| Pregnant Patient with Mitral Stenosis for Cardiac Surgery | ||
| Anesthesia and Respiratory System | Perioperative Management of Pneumonectomy | |
| One Lung Ventilation & Principles of Thoracic Anesthesia Part-1 | ||
| One Lung Ventilation & Principles of Thoracic Anesthesia Part-2 | ||
| Chronic Obstructive Pulmonary Disease (COPD) and Anesthesia | ||
| Intercostal Drainage Systems | ||
| Tracheostomy | ||
| Obstetric Anesthesia | Pregnancy: Physiological Changes and Anemia | |
| Management of Parturients Undergoing Emergency Cesarean Section | ||
| Neuraxial & Non-Neuraxial Techniques for Labor Analgesia | ||
| Cardiac Arrest in Pregnancy | ||
| Anesthesia for an Obese Parturient | ||
| Anesthesia for Non-obstetric Surgery in a Pregnant Patient | ||
| Management of Major Obstetric Hemorrhage | ||
| Pediatric & Neonatal Anesthesia | Anesthesia for a Child with Hydrocephalus | |
| Anesthesia for Meningomyelocele Repair | ||
| Cleft Lip and Cleft Palate | ||
| Anesthesia for Pediatric Tonsillectomy | ||
| Circumcision | ||
| Anesthesia Management of a Child with Colles’ Fracture | ||
| Kyphoscoliosis | ||
| Anesthetic Considerations for Pediatric Airway Management | ||
| Principles of Pediatric Anesthesia | ||
| Anesthetic Considerations of Foreign Body Aspiration in Pediatric Patients | ||
| Anesthesia for Neonatal GI Procedures | ||
| Anesthesia for VP Shunt, Meningomyelocele, Tethered Cord Repair, Craniosynostosis | ||
| Anesthesia for Neonatal Emergencies | ||
| Pediatric Regional Anesthesia & Perioperative Pain Management | ||
| Anesthesia for Pediatric Thoracic Surgeries and One Lung Isolation Techniques | ||
| Anesthesia for Children with Congenital Heart Disease for Non-Cardiac Surgeries Part – 1 | ||
| Anesthesia for Children with Congenital Heart Disease for Non-Cardiac Surgeries Part – 2 | ||
| Anesthesia for Fetal Surgery | ||
| Geriatric Anesthesia | Geriatric Anesthesia | |
| Anesthesia for Transurethral Resection of the Prostate | ||
| Geriatric Proximal Femur Fracture | ||
| Anesthesia for Cataract Surgery | ||
| Anesthesia for Intra-abdominal Surgeries | Chronic Kidney Disease and Renal Transplant | |
| Laparoscopic and Robotic Cholecystectomy | ||
| Cirrhosis and Portal Hypertension Part-1 | ||
| Cirrhosis and Portal Hypertension Part-2 | ||
| Patients with Obstructive Jaundice | ||
| Anesthetic Management for an Intra-abdominal Mass in an Obese Patient | ||
| Neuro-anesthesia | Depth of Anesthesia | |
| Anesthesia for Intraoperative Neuromonitoring | ||
| Anesthesia for Supratentorial Brain Surgeries | ||
| Anesthesia for Awake Craniotomy | ||
| Anesthesia for Posterior Cranial Fossa Surgeries | ||
| Cerebral Aneurysms and Anesthetic Challenges | ||
| Anesthesia for Arteriovenous Malformation | ||
| Anesthesia for Pituitary Surgery | ||
| Anesthesia for Functional Neurosurgery | ||
| Anesthetic Management of a Patient with Traumatic Spine Injury | ||
| Postoperative Cognitive Dysfunction | ||
| Traumatic Brain Injury | ||
| Transplant Anesthesia | Anesthesia for Liver Transplant | |
| Anaesthesia for Organ Donor | ||
| Anesthesia for Pancreatic Transplant | ||
| Onco-anesthesia | Enhanced Recovery After Surgery (ERAS) in Oncosurgeries | |
| Anesthesia Considerations for Head & Neck Oncosurgeries | ||
| Anesthesia for Breast Cancer Surgeries | ||
| Preoperative Evaluation of Thoracic Surgery Patients | ||
| Post-operative Care Following Thoracic Surgery | ||
| Anesthesia Considerations for Hepatic Surgery | ||
| Perioperative Management of CRS and HIPEC | ||
| Anesthesia for Pancreatic Resections | ||
| Anesthesia for Esophageal Surgeries | ||
| Anesthesia for Gynecological Oncosurgeries | ||
| Anesthesia for Genito-urinary Oncosurgeries | ||
| Anesthetic Considerations for Pediatric Oncosurgeries | ||
| Anesthesia for Bone and Soft Tissue Oncosurgeries | ||
| Anesthesia for Robotic Oncosurgeries | ||
| Endocrine Disorders | Management of a Patient with Thyrotoxicosis | |
| Anesthesia in Diabetic Patients for Laparotomy | ||
| Anesthesia Management for the Diabetic Foot | ||
| Anesthesia for Pheochromocytoma | ||
| Miscellaneous Topics | Managing Difficult Airway | |
| Burns and Anesthesia | ||
| Cardiopulmonary Resuscitation | ||
| Basics of Mechanical Ventilation | ||
| Management of Massive Blood Loss | ||
| Non-operating Room Anesthesia (NORA) | ||
| Anesthesia for Pacemaker Patient for TURP | ||
| Temperature Physiology | ||
| Preoperative Evaluation | ||
| Positioning During Anesthesia | ||
| Intravenous Induction Agents | ||
| Anesthesia for Electroconvulsive Therapy and Psychiatric Conditions | ||
| Anesthesia for Day Care Surgeries | ||
| Post Anesthesia Care Unit | ||
| Postoperative Nausea and Vomiting | ||
| Section 3: Equipment and Investigations | Equipments | Anesthesia Machine – 1 (High Pressure System) |
| Anesthesia Machine – 2 (Low Pressure System) | ||
| Anesthesia Vaporizers Part – 1 | ||
| Anesthesia Vaporizers Part – 2 | ||
| Oxygen Delivery Devices | ||
| Endotracheal Tubes and Combi tube | ||
| Lung Isolation Devices | ||
| Supraglottic Airway Devices | ||
| Airways, Connectors, Laryngoscopes, and Non-Rebreathing Valves | ||
| Video laryngoscopes | ||
| Anesthesia Breathing Circuits | ||
| Basics of Spinal and Epidural Anesthesia | ||
| Nerve Locator and Peripheral Nerve Stimulator | ||
| Point of Care Coagulation Monitoring – TEG & ROTEM | ||
| Imaging and Investigations | Electrocardiography | |
| Chest X-rays | ||
| Pulmonary Function Tests | ||
| Interpretation of Arterial Blood Gases | ||
| Cardio-Pulmonary Exercise Test | ||
| Basics of Transthoracic Echocardiography | ||
| Role of Airway Ultrasound | ||
| Pulse Oximetry and Capnography | ||
| Transesophageal Echocardiography in the Critically Ill | ||
| Regional Anesthesia | Spinal Anesthesia | |
| Epidural Anesthesia | ||
| Neurolytic blocks | ||
| USG Guided Upper Limb Blocks | ||
| USG Guided Lower Extremity Blocks | ||
| Truncal blocks | ||
| Neurological Complications for Regional Anesthesia | ||
| Neuraxial & Peripheral Blocks and Anticoagulants |
This comprehensive program makes DigiNerve’s Anesthesia MD course an indispensable asset for every postgraduate student aiming to master the art and science of anesthesiology.
