Download Introduction and Anatomy Review

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Document related concepts
Transcript
Athletic Injuries of the Foot
ROP SPORTS MEDICINE
Stacy Camou
Skeletal Anatomy – 26 Bones
• __________ bones (7)
–
–
–
–
–
C
T
N
C
Cuneiforms
• M
• I
• L
• Metatarsals ( )
– 1-5: medlat
• Phalanges ( )
– Proximal (1-5)
– Intermediate (2-5)
– Distal (1-5)
Skeletal Anatomy
• Forefoot
–P
–M
• Midfoot
–C
–N
–C
• Rearfoot
–T
–C
Skeletal Anatomy - Arches
•
•
•
•
Medial longitudinal
Lateral longitudinal
Metatarsal
Transverse
Skeletal Anatomy - Arches
Skeletal Anatomy - Joints
•
•
•
•
Metatarsophalangeal______ (MP or MTP)
Interphalangeal________ (IP, PIP, DIP)
Intermetatarsal_________
Subtalar ________
–T
–C
Musculotendinous Anatomy
• D_______ aspect
– E________ of toes
– Extensor digitorum
longus
– Extensor digitorum
brevis
– Extensor hallucis
longus
– Extensor hallucis
brevis
Musculotendinous Anatomy
• P_______ aspect
– F________ of toes
– Flexor digitorum
longus
– Flexor digitorum brevis
– Flexor hallucis longus
– Flexor hallucis brevis
Circulatory Anatomy
• Distal p______
– Posterior
T______artery
– Dorsal pedis a______
Circulatory Anatomy
• Distal pulse
– Posterior t_____ artery
– Dorsal pedis a______
Neurological Anatomy
• T_______ nerve – s__________ posterior
m_________
• P___________ nerve
– D_____ – anterior compartment
– Superficial – lateral compartment
• P_______ nerve
– Medial and lateral - foot
Plantar Fascia
Plantar Fascia Biomechanics
Fractures of the Foot
• T_______ bones
– C___________
• Direct contact (fall/jump)
• Can be complete or stress
– T_________
• Forced dorsiflexion
• Susceptible to avasuclar necrosis and osteochondritis
dissecans
– M_______________
•
•
•
•
Transverse or spiral
Avulsion @ base of 5th
Jones’ fracture
Stress
– March fracture – usually 2nd or 3rd metatarsal
Metatarsal Fractures
Jones Fracture
March Fracture
Foot Strains and Sprains
• Arches
– M_______
longitudinal arch
• P________ fasciitis
– Heel spur syndrome
– M__________ arch
• Repetitive stress
• P_________
– Great toe MP joint
• “T______ Toe”
Contusions to the Foot
• C____________
– “Heel bruise”
– “Stone bruise”
SX:Pain often on lateral
side of heel due to heel
strike pattern
• Metatarsals
– Usually at met heads
– SX: pain on bottom of
the foot “balls of the
feet”
Structural Conditions
• M________ Toe
– S________ toe is
longer than the Great
toe
– Can lead to stress
fractures and neuroma
• Hallux V________
– Valgus stress on first
ray
– Leads to b_________
Bunions
Structural Conditions
• H_________ Toes
– Buckling of an IP joint
– Commonly due to muscle
imbalance
– Leads to calluses and
bunions
• P_____ P________
– Flat feet
– Excessive p__________
• P______ C________
– High arches
– Claw feet
– Excessive s____________
Pes Planus
Other Foot Injuries
• Tinea pedis
– “a_________ foot”
– F__________ infection
of skin
• Verrucae plantaris
– “P________ w______”
– V________ infection
of the sole of the foot
Other Foot Injuries
• Morton’s Neuroma
– Inflammation of the
n_______ typically
between the ___rd and
___th metatarsals
• Retrocalcaneal
bursitis
– “pump bumps”
– Caused by
i_______________ of
A___________ bursa
Other Foot Injuries
• Sever’s Disease
– Traction injury at
i__________ of
A__________ tendon