🦴 OrthoCapsule | YouTube

One Minute | One Concept | Everyday

Welcome to OrthoCapsule β€” your quick revision space for high-yield orthopaedic concepts.

πŸ“š Classifications
πŸ“ Measurements & angles
🩻 Radiology & X-ray signs
🦴 Clinical examination
πŸ”‘ Orthopaedic pearls
❓ Exam-focused quizzes

Short, simple and easy to revise β€” designed especially for orthopaedic PGs, residents and medical students.

🎯 Learn. Revise. Remember.

One Minute | One Concept | Everyday

Subscribe to OrthoCapsule and learn one orthopaedic concept every day. 🦴


Ortho Capsule

🦴 **Lafontaine’s Criteria β€” Distal Radius Fractures**

Will your distal radius fracture remain stable after reduction? 🩻

Remember these **5 predictors of instability** πŸ‘‡

1️⃣ Dorsal angulation > 20Β°
2️⃣ Dorsal comminution
3️⃣ Intra-articular radiocarpal fracture
4️⃣ Associated ulnar fracture
5️⃣ Age > 60 years

πŸ’‘ **Exam Pearl:** 3 or more criteria indicate a higher risk of secondary displacement after reduction.

⚠️ These criteria predict instability but do not automatically mandate surgery.

πŸ“š **WANT THE FREE PDF?**
πŸ‘‡ Comment **β€œLAFONTAINE”** below!

Follow **@OrthoCapsule** for high-yield orthopaedic concepts, classifications, and exam pearls.

Save this post for your next revision! πŸ”–

*One Minute | One Concept | Everyday*

#OrthoCapsule #Orthopaedics #DistalRadiusFracture #OrthopaedicTrauma #MedicalEducation

23 hours ago | [YT] | 1

Ortho Capsule

🦴 **FRYKMAN CLASSIFICATION | DISTAL RADIUS FRACTURES**

The **Frykman classification** categorises distal radius fractures based on radiocarpal joint involvement, distal radioulnar joint (DRUJ) involvement, and associated ulnar styloid fracture.

πŸ”Ή **Types I–II** β€” Extra-articular fractures
πŸ”Ή **Types III–IV** β€” Radiocarpal joint involvement
πŸ”Ή **Types V–VI** β€” DRUJ involvement
πŸ”Ή **Types VII–VIII** β€” Both radiocarpal and DRUJ involvement

πŸ“š **Want the FREE Revision PDF?**
πŸ’¬ Comment **β€œFRYKMAN”** below πŸ‘‡
πŸ“© Get your free OrthoCapsule revision notes!

πŸ“Œ Save this post for your orthopaedic exam revision.
❀️ Like β€’ Share β€’ Save
πŸ“± Follow **@OrthoCapsule** on Instagram & YouTube

**One Minute | One Concept | Everyday**

#OrthoCapsule #FrykmanClassification #DistalRadiusFracture #Orthopaedics #OrthopaedicSurgery

2 days ago | [YT] | 2

Ortho Capsule

🦴 KLIC SCORE | PREDICTING DAIR FAILURE IN PJI

The KLIC score is a preoperative risk score developed to estimate the risk of DAIR failure in acute periprosthetic joint infection (PJI).

πŸ”Ή KLIC COMPONENTS

K β€” Kidney dysfunction β†’ 2 points
L β€” Liver cirrhosis β†’ 1.5 points
I β€” Index surgery β†’ 1.5 points
C β€” Cemented prosthesis β†’ 2 points
C β€” CRP >115 mg/L β†’ 2.5 points

🧠 Maximum score = 9.5

πŸ“Š SCORE INTERPRETATION

In the original KLIC cohort:

≀2 β†’ 4.5% DAIR failure
2.5–3.5 β†’ 19.4%
4–5 β†’ 55%
5.5–6.5 β†’ 71.4%
β‰₯7 β†’ 100%

⚠️ Important: These percentages are from the original cohort. External validation has shown variable performance, so KLIC should supportβ€”not replaceβ€”clinical judgment.

πŸ“š Want the FREE Revision PDF?
πŸ’¬ Comment β€œKLIC” below πŸ‘‡
πŸ“© We’ll send you the OrthoCapsule Revision PDF for free.

πŸ“Œ Save this for your PJI revision.
❀️ Like β€’ Share β€’ Save
πŸ“± Follow @OrthoCapsule on Instagram and YouTube

One Minute | One Concept | Everyday

#OrthoCapsule #KLICScore #PJI #DAIR #Orthopaedics

1 week ago | [YT] | 2

Ortho Capsule

🦴 LAUGE–HANSEN CLASSIFICATION | ANKLE FRACTURES

The Lauge–Hansen classification describes ankle fractures based on the position of the foot at the time of injury and the direction of the deforming force.

πŸ”Ή SAD β€” Supination + Adduction
β†’ Transverse distal fibula β†’ Vertical medial malleolus

πŸ”Ή SER β€” Supination + External Rotation
β†’ AITFL β†’ Distal fibula β†’ Posterior malleolus β†’ Medial injury

πŸ”Ή PER β€” Pronation + External Rotation
β†’ Medial injury β†’ AITFL β†’ High fibula β†’ Posterior malleolus

πŸ”Ή PAB β€” Pronation + Abduction
β†’ Medial injury β†’ AITFL β†’ High transverse/comminuted fibula

🧠 Exam pearl:
Foot position + deforming force β†’ predictable sequence of injuries

πŸ“Œ Save this for your ankle trauma revision.
❀️ Like β€’ Share β€’ Save
πŸ“± Follow @OrthoCapsule on Instagram and YouTube

One Minute | One Concept | Everyday

#OrthoCapsule #LaugeHansen #AnkleFractures #Orthopaedics #TraumaOrthopaedics

1 week ago | [YT] | 2

Ortho Capsule

🦴 MASON CLASSIFICATION | RADIAL HEAD FRACTURES

The Mason classification categorizes radial head fractures based on displacement, comminution, and associated elbow dislocation.

πŸ”Ή Type I β€” Nondisplaced / minimally displaced
πŸ”Ή Type II β€” Displaced / angulated
πŸ”Ή Type III β€” Comminuted and displaced
πŸ”Ή Type IV β€” Radial head fracture with associated elbow dislocation

🧠 Exam pearls:
β€’ Always assess for a mechanical block to forearm rotation
β€’ CT helps define fracture morphology and associated injuries
β€’ Type IV = elbow dislocation

πŸ“Œ Save this for your orthopaedic trauma revision.

❀️ Like β€’ Save β€’ Share β€’ Follow @OrthoCapsule
▢️ Subscribe to @OrthoCapsule on YouTube

One Minute | One Concept | Everyday

#OrthoCapsule #MasonClassification #RadialHeadFracture #Orthopaedics #OrthopaedicSurgery

1 week ago | [YT] | 2

Ortho Capsule

🦴 DELBET CLASSIFICATION | PAEDIATRIC FEMORAL NECK FRACTURES

The Delbet classification categorizes paediatric femoral neck fractures based on the location of the fracture.

πŸ”Ή Type I β€” Transphyseal
πŸ”Ή Type II β€” Transcervical
πŸ”Ή Type III β€” Cervicotrochanteric
πŸ”Ή Type IV β€” Intertrochanteric

🧠 Exam pearls:
β€’ Type II β†’ Most common
β€’ Type I β†’ Highest AVN risk
β€’ Type IV β†’ Lowest AVN risk
β€’ AVN risk decreases from Type I β†’ Type IV

πŸ“Œ Save this for your paediatric orthopaedics revision.
❀️ Like β€’ Save β€’ Share β€’ Follow @OrthoCapsule
▢️ Subscribe to @OrthoCapsule on YouTube

One Minute | One Concept | Everyday

#OrthoCapsule #DelbetClassification #PaediatricOrthopaedics #FemoralNeckFracture #Orthopaedics

2 weeks ago | [YT] | 2

Ortho Capsule

🦢 PIRANI SCORE | CLUBFOOT

The Pirani Score is a clinical scoring system used to assess the severity of congenital talipes equinovarus (CTEV).

πŸ”Ή 6 clinical signs
πŸ”Ή 3 Midfoot + 3 Hindfoot
πŸ”Ή Each sign scored 0, 0.5 or 1
πŸ”Ή Total score = 0–6
πŸ”Ή Higher score β†’ greater deformity

🧠 Exam pearl:
Pirani = MFS /3 + HFS /3 β†’ Total /6

πŸ“Œ Save this for your paediatric orthopaedics revision.
❀️ Like β€’ Share β€’ Save
πŸ“± Follow @OrthoCapsule on Instagram
▢️ Subscribe to @OrthoCapsule on YouTube

One Minute | One Concept | Everyday

#OrthoCapsule #PiraniScore #Clubfoot #PediatricOrthopaedics #Orthopaedics

2 weeks ago | [YT] | 2

Ortho Capsule

🦴 RICKETS | QUIZ
❓ Which biochemical pattern is most typical of nutritional vitamin D deficiency rickets?

2 weeks ago | [YT] | 2

Ortho Capsule

🦴 PERTHES DISEASE | QUIZ

A 6-year-old boy presents with a painless limp and restricted hip movement.

❓ Which movement is typically affected earliest in Perthes disease?

A. Internal rotation
B. External rotation
C. Adduction
D. Flexion

🧠 Think like an orthopaedic resident!

Drop your answer in the comments πŸ‘‡
πŸ“Œ Save this for your paediatric orthopaedics revision.

πŸ“± Follow @OrthoCapsule on Instagram
▢️ Subscribe to @OrthoCapsule on YouTube

One Minute | One Concept | Everyday

#OrthoCapsule #PerthesDisease #PediatricOrthopaedics #Orthopaedics #MedicalEducation

2 weeks ago | [YT] | 2

Ortho Capsule

🦴 RICKETS | QUIZ

❓ Which biochemical pattern is most typical of nutritional vitamin D deficiency rickets?

A. Low phosphate, elevated ALP and elevated PTH
B. Normal phosphate, low ALP and low PTH
C. High phosphate, low ALP and suppressed PTH
D. High calcium, high phosphate, low PTH

🧠 Think before you answer!
Drop your answer in the comments πŸ‘‡

πŸ“Œ Save this for your paediatric orthopaedics revision.
❀️ Like β€’ Share β€’ Follow @OrthoCapsule
▢️ Subscribe to @OrthoCapsule on YouTube

One Minute | One Concept | Everyday

#OrthoCapsule #Rickets #PediatricOrthopaedics #Orthopaedics #MedicalEducation

2 weeks ago | [YT] | 2