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THE MED SCHOOL

Ultrasound & Radiology Mastery Program 

AI Mastery: Learn AI From Basics to Advanced

Master the Art of Surgery

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The Ultimate Course for Surgeons Step into the world of surgery with one of the most comprehensive surgical learning programs ever created. Designed for medical students, interns, and early residents, this course covers&nbsp;27 essential surgical specialties — all in one place.

The&nbsp;Critical Care Mastery Program&nbsp;is a comprehensive online training designed for&nbsp;MBBS students, interns, residents, ICU doctors, emergency physicians, anesthetists, nurses, and healthcare professionals&nbsp;who want to build confidence in managing critically ill patients.This program combines&nbsp;260+ HD video lessons,1,500+ exam-oriented MCQs, practical case discussions, downloadable study resources, and structured learning modules to bridge the gap between classroom knowledge and real-world critical care.

Build confidence in ICU and emergency medicine

Learn mechanical ventilation from basics to advanced

Understand shock, sepsis, trauma and emergency protocols

Improve clinical reasoning through case discussions

Prepare effectively for NEET PG, INI-CET and FMGE

Learn at your own pace with lifetime access

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Images 

1.Getting to know the process intro.mp4

Getting to know the process intro

2.Navigating the ultrasound machine.mp4

Navigating the ultrasound machine

3.Making your patient comfortable.mp4

Making your patient comfortable

The liver intro

Mastering ultrasound anatomy

Recognizing the landmarks

How do I do it

Identifying variants and changes in echogenicity

Diagnosing vascular liver diseases

Differentiating benign focal lesions

Distinguishing benign hepatic tumors

Detecting malignant focal lesions

The biliary system

How do I do it biliary system

Recognizing variants

Detecting lumen alterations

Diagnosing cholecystitis

Diagnosing choledocholithiasis

Differentiating malignant biliary tumors

The kidneys

How do I do it 

Interpreting anomalies

Diagnosing hydronephrosis

Differentiating cystic kidney lesions

Pinpointing solid kidney tumors

Identifying perirenal pathologies

The spleen intro

Measuring size and identifying variants

Interpreting images of trauma

Differentiating focal lesions

The pancreas intro

Diagnosing pancreatitis

Differentiating cystic tumors of the pancreas

Identifying solid tumors of the pancreas

The retroperitoneum intro

Diagnosing vascular pathologies

Identifying inflammation

Differentiating retroperitoneal lymphadenopathy

The gastrointestinal tract intro

Imaging bowel obstruction

Diagnosing diverticulitis

Identifying appendicitis

How to find the appendix

Reporting and documentation intro.

Writing a good ultrasound report

Documenting your images—what is important

Abdominal Ultrasound Essentials

1.What's the pH value.mp4

What's the pH value

2.Bicarbonate—the primary buffer.mp4

Bicarbonate—the primary buffer

3.The normal values and cutoffs.mp4

The normal values and cutoffs

4.The Henderson-Hasselbach equation made easy.mp4

The Henderson-Hasselbach equation made easy

5.Compensation—the basics.mp4

Compensation—the basics

Why compensation is never complete

A simple rule for identifying the type of acid-base disorder

Introduction to respiratory disorders

Metabolic acidosis—the causes

What happens to Cl when HCO3 goes down

What happens to anions when acid is added

The anion gap—causes and calculation

How to differentiate between bicarbonate loss and acid overload

Adjusting the normal values of the anion gap

The causes of anion gap acidosis

Introduction to mixed metabolic disorders

What happens to bicarbonate when acid is added

The corrected bicarbonate and the acid-base algorithm

Metabolic alkalosis—generation

Metabolic alkalosis—maintenance and treatment

Easy rules for assessing compensation

Wrapping Up

Acid-Base Essentials

1.An introduction to antimicrobials intro.mp4

An introduction to antimicrobials

2.Grasping the principles of antimicrobial therapy.mp4

Grasping the principles of antimicrobial therapy

3.Interpreting and verifying microscopy.mp4

Interpreting and verifying microscopy

4.Deciphering susceptibility testing.mp4

Deciphering susceptibility testing

5.Appreciating multidrug-resistant organisms.mp4

Appreciating multidrug-resistant organisms

On questioning lab results

Antibiotics

Administering penicillins

Considering beta-lactamase inhibitors

Employing cephalosporins

Using carbapenems and monobactams

Administering fluoroquinolones

Working with aminoglycosides

Administering vancomycin

Utilizing macrolides and clindamycin

Targeting multidrug-resistant gram-positive organisms.

Treating with colistin

Employing nitroimidazoles

Administering rifamycins

Using tetracyclines

Combining sulfonamides and trimethoprim

Why Shakespeare Is Responsible for Histoplasmosis in the U.S

Antifungals intro

Treating with echinocandins

Administering azoles

Employing polyenes

Using terbinafine

Considering flucytosine

A leucemic patient with fever

Antivirals intro

Administering anti-influenza medications

Considering other antivirals

Antimicrobial Stewardship Essentials

1.Back to basics intro.mp4

Back to basics intro

2.How to calculate the fractional concentration of gases in a mixture.mp4

How to calculate the fractional concentration of gases in a mixture

3.Partial pressure and the alveolar air equation made simple.mp4

Partial pressure and the alveolar air equation made simple

1.Diffusion across the alveolar-capillary membrane intro.mp4

Diffusion across the alveolar-capillary membrane intro

What is diffusing capacity and why is it important

Oxygen transport intro

What makes RBCs so good at transporting oxygen

What affects hemoglobin's oxygen affinity

Calculating the total oxygen content of arterial blood

Oxygen delivery to peripheral tissues intro

What factors affect oxygen delivery

Using the Fick equation to calculate

The ventilation-perfusion relationship intro

Everything you need to know about the ventilation-perfusion ratio.

What's a physiological shunt

Asthma and ARDS as examples of altered ventilation-perfusion ratios

Carbon dioxide removal intro

How are PaCO2 and minute ventilation related

How is carbon dioxide transported in the blood

Acid-base balance intro

How does breathing help buffer the pH of blood

How do I interpret a Davenport diagram

Primary respiratory acid-base disorders

Case studies in blood gas analysis intro

Case 1—What's in a number

Case 2 —Now that's teamwork

Blood Gas Analysis Essentials

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AM Brain CT

AM BrainCT - 2

AM brain CT - 3

AM brain CT - 4 

Brain CT Trauma

Brain CT Essentials

1.General principles of CT intro.mp4

General principles of CT intro

2.Recognizing the benefits of computed tomography.mp4

Recognizing the benefits of computed tomography

3.Deconstructing the machine.mp4

Deconstructing the machine

4.Applying physics.mp4

Applying physics

5.Speaking the language of computed tomography.mp4

Speaking the language of computed tomography

Mastering the different scanning modes

CT in cardiology intro

Specializing in cardiac CT

Performing a coronary CT scan

Administering contrast in cardiac CT

Selecting the appropriate protocol

Identifying artifacts in cardiac CT

CT imaging of the heart and coronary circulation intro

Using multiplanar imaging

Identifying normal heart structures

Recognizing normal coronary artery anatomy

Evaluating the aortic valve

Evaluating the mitral valve

Analyzing left ventricular anatomy

Identifying left ventricular pathology

Imaging the left atrial appendage and veins

Assessing left atrial pathology

Identifying the right atrium and coronary venous system

Recognizing right heart abnormalities

Assessing coronary artery plaques intro

Cardiac CT Essentials

Master Emergency & Critical Care 