Lower Limb GBA Flashcards

1
Q

Sacroiliac Joints:
What are Its two parts?
Less Important But still: all Ligaments?

A

Sacroiliac Joints:
1) Anterior Synovial - Amphiarthrosis: Between the Auricular Surfaces of Sacrum and Ilium.
2) Posterior Syndesmosis - Between The two bones tuberosities.
Ligaments: Sacrospinous, Sacrotuberous, Post+Ant+Interosseous Ligaments

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2
Q

Pubic Symphysis:

Type and Ligaments.

A

Pubic Symphysis:
Fibrocartilage Joint (Fibrocartilage Disc).
Superior and inferior Ligaments.

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3
Q

Lumbosacral Joints:
What are Its three parts?
Less Important But still: all Ligaments?

A

Lumbosacral Joints:
1) Anterior Intervertebral Joint - V. Bodies of S1 and L5.
2+3) Two Posterior Zygapophysial Joints - Vertebral Inferior and Superior articular facets.
-Iliolumbar Ligament.

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4
Q

Hip Joint:

Type, Articulating Surfaces, Special Features

A

Hip Joint:
Ball and Socket

Head of Femur and Acetabulum-Lunar Surface

Fibrocartilage Acetabular Labrum deepening the facet and Transverse Acetabular ligament bridges the Acetabular Notch.

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5
Q

Hip Joint:

Ligaments, Movements, Bursae

A

Hip Joint:
(Extra) Iliofemoral, Pubofemoral, Ischiofemoral beld into Zona Orbicularis. (Intra) Ligament of the Head of the Femur.

Anteversion/Retroversion
Adduction/Abduction
Lateral/Medial Rotation

Bursae - Iliopectineal, Obturator Ext+Int, Trochanteric.

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6
Q

Knee Joint:

Type, Articulating Surfaces, Special Features

A

Knee Joint:
Trochoginglymus (Hinge-Trochoid)

2 -Lateral and Medial Condyles of Tibia and Femur
1 - Femoropatellar

Medial Meniscus - C-Shaped, Connected to Collateral Lig.
Lateral Meniscus - Circular, Connected to Ant+Post Meniscofemoral Lig.

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7
Q

Knee Joint:

Ligaments: Extra and Intracapsular, Movements, Bursae

A

Knee Joint:
Extracapsular Ligaments- Patellar, Tibial Collateral, Fibular Collateral, Oblique Popliteal, Arcuate Popliteal.

Intracapsular (Cruciate) Ligaments- Anterior (ACL) and Posterior (PCL) “Crossed Fingers”, Coronary and Transverse.

Flexion/Extension
Medial/Lateral Rotation
Obligatory Terminal Rotation (Medial-Locking)

12 Bursae, Important are - Supra/Intra/Pre-Patellar

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8
Q

Tibiofibular Joint:
What are Its two parts?
Less Important But still: all Ligaments?

A

Tibiofibular Joint:
1) Superior Tibiofibular Joint -Plane Type (Compensatory)
Fibular Head Ant+Post Ligaments

2)Tibiofibular Syndesmosis - Interosseous Membrane
Posterior Tibiofibular Ligaments - Inf. Tibiofibular Joint
(In Malleolar Region)

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9
Q
Talocrural Joint (Upper Ankle):
Type, Articulating Surfaces, Special Features
A

Talocrural Joint:(Upper Ankle):
Hinge Type

1) Inferior Tibia with Trochlea of Talus
2) Tibia - Medial Malleolus with Talus Medial Facet
3) Fibula - Lateral Malleolus with Talus Lateral Facet

Malleolar Mortise Holds the Trochlea in place tightly.

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10
Q

Talocrural Joint (Upper Ankle):
Lateral and Medial Collateral Ligaments parts
Movements

A

Talocrural Joint (Upper Ankle):
Lateral Collateral Ligament parts :
Anterior and Posterior Talofibular
Calcaneofibular

Medial Collateral Ligament parts :”Deltoid Ligament “
Anterior and Posterior Tibiotalar
Tibiocalcaneal and Tibionavicular

Dorsiflexion/Plantarflexion

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11
Q
Subtalar Joint (Part of Lower Ankle):
Type, Articulating Surfaces, Ligaments
A
Subtalar Joint (Part of Lower Ankle): Talocalcaneal
Pivot Type

Posterior Articulating facets of Calcaneus and Talus

Ligaments: Medial, Lateral, Posterior and Interosseous Talocalcaneal

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12
Q
Talonaviculocalcaneal Joint (Part of Lower Ankle):
Type, Ligaments, Movements
A
Talonaviculocalcaneal Joint (Part of Lower Ankle):
(Anterior) Talocalcaneal part is Plane and Talonavicular is Spheroidal - Overall Pivot.

Ligaments: (Spring) Calcaneonavicular and Bifurcate

Eversion (Pronation) / Inversion (Supination)

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13
Q

Amputation Lines:

A

Chopart’s - Btw Talus, Calcaneus to Navicular, Cuboid.

Lisfranc’s - Btw Tarsals to Metatarsals

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14
Q

Tarsometatarsal Joint Type

A

Plane

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15
Q

Intermetatarsal Joint Type

A

Plane

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16
Q

Metatarsophalangeal Joint Type

A

Ball and Socket - Functionally Ellipsoid

17
Q

Interphalangeal Joint Type

A

Hinge

18
Q

Bones that make the Lateral Longitudinal Plantar Arch

A

Calcaneus
Cuboid
4th and 5th Metatarsals

19
Q

Bones that make the Medial Longitudinal Plantar Arch

A

Calcaneus
Talus
Navicular and Cuneiform
1-3rd Metatarsals

20
Q

Ligaments that make the Medial Longitudinal Plantar Arch

A

Spring and Deltoid Ligaments are the most Important Ones

21
Q

Ligament that make the Lateral Longitudinal Plantar Arch

A

Plantar Aponeurosis is the Most important one

22
Q

Obturator Externus :

Action and Innervation

A

Adduction and External Rotation

Obturator Nerve

23
Q

Pectineus:

Action and Innervation

A

Adduction and External Rotation

Obturator Nerve and Femoral Nerve

24
Q

Adductor Longus:

Action and Innervation

A

Adduction and Flexion

Obturator Nerve

25
Q

Adductor Magnus:

Action and Innervation

A

Adduction, External Rotation and Flexion

Obturator Nerve

26
Q

Sartorius:

Action and Innervation

A

Knee-Flexion and Internal Rotation
Hip - Flexion, Abduction and External Rotation
Femoral Nerve

27
Q

Popliteus:

Action and Innervation

A

Knee - Flexion and Internal Rotation

Tibial Nerve

28
Q

Plantaris:

Action and Innervation

A

May act to prevent compression of posterior leg muscles

Tibial Nerve

29
Q

Which muscles are reinforcing the Longitudinal and Transverse plantar arch?

A

Longitudinal - Flexor Hallucis Brevis

Transverse - Peroneal Longus