Delayed recovery from Anaesthesia for md Anaesthesia exam . Ppt
Delayed Recovery Anaesthesia MD
Presentation · PPTX
| # | Slide |
|---|---|
| 1 | Title Slide — bold navy/teal/gold design |
| 2 | Learning Objectives |
| 3 | Definition & Clinical Significance (incidence, medicolegal context) |
| 4 | Section break: Causes |
| 5 | The 4 M's Mnemonic — Medications, Metabolic, Mechanical/Neurological, Miscellaneous (4-column visual) |
| 6 | Inhalational Agents — Blood:Gas partition coefficient comparison table |
| 7 | IV Agents & Opioids — propofol, thiopentone, ketamine, BZDs, opioid accumulation |
| 8 | Residual Neuromuscular Blockade — TOF monitoring, sugammadex vs neostigmine |
| 9 | Metabolic & Endocrine Causes — full table (7 causes with management) |
| 10 | Hypothermia — mechanisms + prevention strategies |
| 11 | Neurological & Cerebral Causes — CVA, NCSE, serotonin syndrome, PRES |
| 12 | Pre-existing Patient Factors — elderly, renal/hepatic disease, pseudocholinesterase deficiency |
| 13 | Section break: Diagnosis |
| 14 | Clinical Evaluation — history & examination |
| 15 | Investigations — tiered urgency table (12 investigations) |
| 16 | Diagnostic Algorithm — 6-step visual flowchart |
| 17 | Section break: Management |
| 18 | Reversal Agents Table — naloxone, flumazenil, physostigmine, sugammadex, neostigmine, dextrose, hydrocortisone, thiamine |
| 19 | General Management Principles |
| 20 | Prevention Strategies |
| 21 | Special Scenarios — TURP, pseudocholinesterase, MH, anticholinergic syndrome, serotonin syndrome, post-craniotomy |
| 22 | Clinical Case (72-yr T2DM/CKD prostatectomy case — multi-cause worked example) |
| 23 | High-Yield Exam Points (14 key facts) |
| 24 | Summary Table — causes/diagnosis/treatment at a glance |
| 25 | Thank You |
Laryngoscope blades , type ,PARTS WITH LINE DIAGRAM IN MD ANESTHESIA ppt
laryngoscope blade Macintosh Miller parts diagram
laryngoscope blade parts labeled diagram flange spatula web heel
Laryngoscope Blades MD Anaesthesia
Presentation · PPTX
| # | Slide | Key Content |
|---|---|---|
| 1 | Title Slide | Bold navy/teal/gold design |
| 2 | Learning Objectives | 9 exam-focused objectives |
| 3 | Overview of the Laryngoscope | Handle + blade, key principles, DL vs VL |
| 4 | Section break: Parts | |
| 5 | Parts of the Handle | Line diagram: hook-on fitting, contact pin, knurled grip, battery housing, fibre-optic bundle — all labelled |
| 6 | Parts of the Blade | Large labelled diagram: Heel → Web → Flange → Spatula → Tip → Light source with pointer lines and descriptions |
| 7 | Section break: Types | |
| 8 | Macintosh Blade | Labelled diagram + design history (1943), tip→vallecula, sizes 1–4, advantages/disadvantages |
| 9 | Miller Blade | Labelled diagram + design (1941), tip→under epiglottis, light AT TIP, sizes 0–4 |
| 10 | Macintosh vs Miller | Mini diagrams of both + 11-row comparison table (tip, light position, epiglottis handling, preferred patients…) |
| 11 | Other Blade Types | Wisconsin, Wis-Hipple, Seward, Oxford, McCoy, Polio, Bullard, Fink, Robertshaw, Left-handed |
| 12 | McCoy (Flexiblade) | Diagram with lever + hinged tip annotated; 70° elevation; reduces CL grade |
| 13 | Blade Size Selection | Table: sizes 0–4 across Mac / Miller / Wisconsin / Oxford + patient age group |
| 14 | Illumination Systems | Conventional bulb vs fibre-optic; A-Mac/E-Mac/G-Mac brightness; ISO standard |
| 15 | Video Laryngoscopy | C-MAC, GlideScope, KingVision, McGrath, Airtraq, Bullard — blade types & features |
| 16 | Choosing the Right Blade | 10 clinical scenarios → preferred blade + rationale |
| 17 | High-Yield Exam Points | 14 must-know facts |
| 18 | Summary: All Blades at a Glance | 8-card visual summary grid |
| 19 | Thank You |
Different types of intravenous fluids and indication , contraindication in adult & pediatrics in md Anaesthesia ppt
IV Fluids MD Anaesthesia
Presentation · PPTX
| # | Slide | Content |
|---|---|---|
| 1 | Title Slide | Bold navy/teal/gold design |
| 2 | Learning Objectives | 10 exam-focused goals |
| 3 | Classification | Full visual tree — Crystalloids (isotonic/hypotonic/hypertonic) + Colloids (natural/synthetic) + Blood products |
| 4 | Composition Table | 10 fluids vs human plasma — osmolarity, pH, Na⁺, K⁺, Cl⁻, Ca²⁺, buffer, dextrose |
| 5 | Section break: Crystalloids | |
| 6 | Normal Saline & Ringer's Lactate | 2×2 card grid — indications + contraindications for each |
| 7 | Balanced BSS: PlasmaLyte & Hartmann's | Why preferred; SMART/BaSICS evidence; indications/CI |
| 8 | Hypotonic & Hypertonic Crystalloids | D5W, 0.45% NaCl, 3% NaCl, Mannitol, 7.5% NaCl — each with Ind/CI |
| 9 | Section break: Colloids | |
| 10 | Albumin (5% and 20–25%) | SAFE trial; SBP; hepatorenal syndrome; TBI warning |
| 11 | Synthetic Colloids: HES, Gelatin, Dextran | CHEST/6S trial evidence; EU withdrawal; anaphylaxis risks |
| 12 | Crystalloid vs Colloid Comparison | Fluid distribution table; 11-parameter comparison |
| 13 | Section break: Paediatrics | |
| 14 | Paediatric Fluid Principles | 4-2-1 rule with worked example; neonatal day-by-day requirements; isotonic maintenance evidence; MABL formula |
| 15 | Paediatric Fluid Selection Guide | 10-scenario table with fluid of choice and key notes |
| 16 | Adult Perioperative Strategy | Maintenance, GDFT (SVV/PPV/oesophageal Doppler), burns Parkland, TBI, cardiac surgery |
| 17 | Adult Quick-Reference Table | 11 clinical scenarios — fluid choice + what to avoid |
| 18 | Dangers & Pitfalls | 8-card grid: HCMA, hyponatraemia, fluid overload, HES-AKI, albumin-TBI, paediatric hypoglycaemia, ODS |
| 19 | High-Yield Exam Points | 14 must-know facts |
| 20 | Thank You | Key message |
Myasthenia Gravis patient posted for thymectomy-anaesthetic management and icu care in MD Anaesthesia ppt