Joints lecture 5 & 6 Flashcards

1
Q

Whats my mnemonic for remembering

A

Harry potter shouldnt ever consider playing basketball

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2
Q

What are the 7 synovial joint types

A

Hinge, pivot, saddle, ellipsoid, condyler, plane, ball and socket

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3
Q

joint type of sutures on skull

A

fibrous joint

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4
Q

name of the joint between the vertebrae or between os coxae

A

cartilaginous

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5
Q

Saddle joint: axis, movements, example

A

thumb first carpometacarpal joint, biaxial, extend & flex, abduct and add also opposition

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6
Q

Hinge joint: axial movement, movements and example

A

elbow, uniaxial flexion and extension

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7
Q

pivot joint, axis, movement and example

A

uniaxial, rotation, the C1 and C2 vertebrae

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8
Q

delete

A

delete

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9
Q

ellipsoid, axis, movement and example

A

biaxial, flexion, extension, abduction and adduction, circumduction, not rotation, wrist joint

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10
Q

condylar joint: axis, movement and example

A

biaxial, extension and flexion, rotation when flexed, knee joint

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11
Q

Plane joint; axis, movement, example

A

intercarpal joints are multiaxial as they slide past one another in all directions

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12
Q

Ball and socket: movement, example and axis

A

multiaxial, shoulder, flexion, extension, adduction, abduction, circumduction, rotation

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13
Q

Whats joint loading

A

force on the tissues of the joints, like menisci, which compresses them forcing them to absorb nutrients.

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14
Q

Where does the ACL connect:

A

Anterior of tibia to posterior of femur

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15
Q

Where does PCL connect

A

posterior of tibia and anterior of femur

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16
Q

difference between joint class and type

A

class is the overarching group, so fibrous, cartilagenous or synovial, type is what HPSECPB it is within class

17
Q

where does the medial collateral ligament connect

A

tibia to femur

18
Q

where does the lateral collateral ligament connect

A

femur to fibula

19
Q

what is the process of f transforming cartilage to
bone called

A

endochondral ossification

20
Q

whats the function of fibrocartilage

A

resist compression and tension

21
Q

function of hyaline cartilage

A

resist compression

22
Q

two examples of fibrous joint

A

sutures and distal tibiofibular joint. As this fibrous is why we can supinate these bones, they must provide more support

23
Q

structure of ligaments

A

have high elastin which allows them to stretch and recoil,. They can keep the bone where its meant to be easily for this fact. DFCT, collagen aussi

24
Q

structure of tendons

A

As fibres are alinged in these structures they resist tension well. little elastin more collagen

25
Q

Ligaments and tendons are made of what generally

A

dense fibrous connective tissue. Made of collagen and elastin, hardly any ground substance, instead they are mostly cartilage.

26
Q

what kinds of cells work in DFCT

A

Fibroblasts make the DFCT and fibroblasts destroy it.

27
Q

risk factors of osteoporosis

A

age, female( post menopausal) lifestyle factors like diet and nutrients and that, peak bone mass

28
Q

collateral ligaments can also be called

A

capsular ligaments

29
Q

cruciate ligaments can also be called

A

intracapsular ligaments

30
Q

what provides nutrients to avascular structures

A

synovial fluid