Radiology X-Ray Of Knee And Legs

Master the Essential Views and Pathologies for Accurate Diagnosis

What you'll learn

Accurately interpret knee X-rays using various views (AP, lateral, Rosenberg, etc.).

Identify normal knee anatomy and common abnormalities.

Recognize key knee pathologies, including fractures, osteoarthritis, and ligament injuries.

Diagnose patellar conditions, such as bipartite patella and patella alta/baja.

Evaluate traumatic injuries like ACL/PCL avulsions, tibial plateau fractures, and knee dislocations.

Understand non-traumatic conditions, including osteonecrosis, osteochondritis dissecans, and rheumatoid arthritis

Differentiate between common and rare knee disorders using X-ray findings.

Apply advanced diagnostic techniques for complex knee conditions and bone abnormalities.

Requirements

Basic Knowledge of Radiology – Familiarity with basic radiographic principles and terminology is recommended.

Understanding of Human Anatomy – A fundamental understanding of human anatomy, particularly the musculoskeletal system, will be helpful.

Access to X-ray Images – While not mandatory, having access to knee X-ray images for practice would enhance the learning experience.

Interest in Radiology or Orthopedics – This course is ideal for radiologists, orthopedic professionals, medical students, or anyone interested in improving their knowledge of knee X-ray interpretation.

Description

Unlock the power of knee X-ray interpretation with this comprehensive course designed for radiologists, orthopedic professionals, medical students, and healthcare providers. Whether you're a beginner or looking to refine your skills, this course will teach you how to confidently interpret knee X-rays, identify key anatomical structures, and diagnose common and complex knee conditions.Through clear explanations and practical examples, you’ll learn how to accurately assess various knee X-ray views, including AP, lateral, Rosenberg, skyline, and more. You’ll also gain in-depth knowledge of knee pathologies, ranging from fractures and ligament injuries to osteoarthritis, osteonecrosis, and patellar abnormalities.By the end of the course, you’ll be equipped with the expertise to:Recognize normal knee anatomy and common variations.Diagnose traumatic injuries, such as ACL/PCL avulsions and tibial plateau fractures.Identify non-traumatic conditions, like osteochondritis dissecans and rheumatoid arthritis.Apply advanced techniques for interpreting complex knee conditions and bone abnormalities.With quizzes, case studies, and clear visual aids, this course offers a practical and engaging approach to mastering knee X-ray interpretation. Start enhancing your diagnostic confidence today and take your radiology skills to the next level!With a combination of lectures, case studies, and quizzes, this course ensures practical learning, empowering you to enhance your clinical confidence and diagnostic accuracy. Whether you're new to knee radiology or looking to expand your expertise, this course offers the knowledge you need to excel in knee X-ray interpretation.

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Positions

Lecture 2 AP view

Lecture 3 Rosenberg view

Lecture 4 Lateral view

Lecture 5 Skyline view

Lecture 6 Tunnel view

Lecture 7 Leg view

Section 3: Anatomy knee

Lecture 8 Anatomy 1

Lecture 9 Anatomy 2

Lecture 10 Tunnel view

Lecture 11 Appearance of patella

Lecture 12 AP anatomy

Lecture 13 Knee alignment

Lecture 14 Lateral anatomy

Lecture 15 Suprapatellar recess

Lecture 16 Suprapatellar fat

Lecture 17 Fat fluid level

Lecture 18 Patella measurements

Lecture 19 Normal patella

Section 4: Variants

Lecture 20 Intra physeal sclerotic line

Lecture 21 Epiphyseal cortical irregularities

Lecture 22 Osteomyelitis

Lecture 23 Osteonecrosis

Lecture 24 Growth arrest line

Lecture 25 Fabella

Lecture 26 Bipartite patella

Lecture 27 Dorsal defect of pattela

Lecture 28 Cortical desmoid

Lecture 29 Patella alta

Lecture 30 Baja

Lecture 31 Osgood schlatter

Lecture 32 Pellegrini steida lesion

Section 5: Trauma

Lecture 33 Traumatic checklist

Lecture 34 Fracture general

Lecture 35 Tibial plateau #

Lecture 36 Schatzaker classifications

Lecture 37 Fibula #

Lecture 38 Patella #

Lecture 39 OC#

Lecture 40 Tibial spine #

Lecture 41 ACL avulsion #

Lecture 42 PCL avulsion #

Lecture 43 Segond and reverse segond #

Lecture 44 Deep sulcus sign

Lecture 45 Arcuate sign

Lecture 46 Bony landmarks of cruciate injury

Lecture 47 Stress #of tibia

Lecture 48 Spiral tibia #

Lecture 49 Others #

Lecture 50 Patellar dislocation

Lecture 51 Knee dislocation

Lecture 52 Saw tooth sign

Lecture 53 Paget, Kohler patella

Lecture 54 Fong disease

Lecture 55 Rupture quadriceps tendon

Lecture 56 Rupture patellar tendon

Section 6: Non traumatic events

Lecture 57 OD disease

Lecture 58 DD of OD

Lecture 59 Chondromalacia patella

Lecture 60 Osgood schlatter disease

Lecture 61 Sinding Larsen syndrome

Lecture 62 Blount disease

Lecture 63 Loose body

Lecture 64 Proximal focal femoral deficiency

Lecture 65 Osteoarthritis

Lecture 66 Rheumatoid arthritis

Lecture 67 Chondro calcinosis, FD

Lecture 68 NOF, DA, bone infarction

Lecture 69 Soleal line

Lecture 70 Cortical desmoid

Lecture 71 GCT

Lecture 72 DD of bone infarction

Section 7: Answers

Lecture 73 Answers

Radiologists – Those looking to enhance their skills in interpreting knee X-rays and diagnosing knee-related pathologies.,Orthopedic Surgeons – Professionals who want to deepen their understanding of knee imaging for better clinical decision-making.,Medical Students – Learners interested in radiology or orthopedics who want to build a solid foundation in knee X-ray interpretation.,Physician Assistants and Nurse Practitioners – Healthcare providers in musculoskeletal or orthopedic settings seeking a more comprehensive understanding of knee X-rays.,Radiologic Technologists – Imaging professionals who want to improve their ability to capture and recognize important knee X-ray views.,Physiotherapists – Practitioners interested in understanding knee imaging to complement their rehabilitation and treatment plans.