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Printable Handouts
Navigable Slide Index
- Introduction
- Arched architecture & arches of the foot
- Arches of the human foot
- Functions of the foot
- Components of the arches
- Arches of the foot - classification
- Longitudinal arches
- Tuberosity of calcaneum
- Transverse arches
- Factors maintaining arches
- Passive elasticity & active contractility
- Medial longitudinal arch
- Medial longitudinal arch – bones
- Parts of the medial longitudinal arch
- Bony factors maintaining medial longitudinal arch
- Talo calcaneo navicular joint
- Medial longitudinal arch – joints
- Medial longitudinal arch – tibialis anterior & posterior
- Medial longitudinal arch – muscles & tendons
- Medial longitudinal arch – spring ligament
- Medial longitudinal arch – deltoid ligament
- Medial longitudinal arch – fascia
- Windlass action
- Lateral longitudinal arch
- Parts of lateral longitudinal arch
- Lateral longitudinal arch – bony factors
- Lateral longitudinal arch – calcaneocuboid joint
- Lateral longitudinal arch – cuboideometatarsal joint
- Lateral longitudinal arch – muscles & tendons
- Lateral longitudinal arch – ligaments
- Short & long plantar ligaments
- Lateral longitudinal arch – fascia
- Transverse arches
- Anterior transverse arch
- Middle transverse arch
- Posterior transverse arch
- Adaptation of arches in performance of functions of the foot
- Erect posture – transmission of weight
- Forward propulsion of the body
- Forward propulsion of the foot
- Forward propulsion of the foot - heel elevated
- Moving on uneven surface
- Foot acts as a spring board
- Protection of nerves & vessels
- Arches – a single entity
- Derangements of the foot
- Deformities of the foot
- March fracture
- Summary - arches of the foot & types of arches
- Summary - medial longitudinal arch
- Summary - lateral longitudinal arch
- Summary - transverse arches
- Summary - derangement & deformities of arches
- Acknowledgements
Topics Covered
- Components and types of foot arches
- Functions of the foot
- Bones of the foot
- Muscles and tendons of the foot
- Ligaments and fascia of the foot
- Locomotion
- Foot derangement and deformities
Talk Citation
Banumathy, S.P. (2024, February 29). Arches of the foot [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved November 26, 2024, from https://doi.org/10.69645/IXED3752.Export Citation (RIS)
Publication History
Financial Disclosures
- There are no commercial/financial matters to disclose.
A selection of talks on Physiology & Anatomy
Transcript
Please wait while the transcript is being prepared...
0:00
I'm Dr. Banumathy,
an Anatomist from Madurai,
Tamil Nadu, India.
The topic for discussion
today is Arches of the Foot.
0:12
Arched architecture is observed
in many buildings
and bridges today.
This is a picture of the Albert
Victor Bridge in Madurai,
across the river Vaigai.
This has been constructed
nearly 137 years back in
1886 and had withstood
heavy loads above,
and the flow of floods below.
This architecture
dates back to 2000 BC.
Introduced by the
Mesopotamians and then
executed by the Romans in
their colossal buildings.
Arches are valued
for their strength,
stability, versatility,
and aesthetic appearance.
This arch construction is
observed in the skeleton
of the human foot.
Arches of the foot is a
unique feature in humans.
Its structural adaptations
to environment and
locomotion to perform
the functions
of the foot are fascinating.
Human foot is often called a
wonder of nature's creation.
Today, we shall discuss the
anatomy of the arches of
the foot and how it is
adapted to perform the
functions of the foot.