Muscles Flashcards

1
Q

Fascia is

A

80% water

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2
Q

Suspensory ligament is

A

Atypical and functions more like a tendon

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3
Q

Most common cause of tendon injury

A

Repetitive strain

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4
Q

Concentric muscle

A

Muscles shortening

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5
Q

Horse needs concentric muscle to

A

Propell, accelerate etc

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6
Q

A high percentage of fast twitch muscles are

A

found in the hindquarters

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7
Q

Spinal extensor chain key for

A

Power , expression, being off the forehand

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8
Q

To fat score

A

We divide the horse into 3

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9
Q

Type 1 Muscle

A

Slow Twitch

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10
Q

Type 2 Muscle

A

Fast twitch

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11
Q

University of Liverpool claimed horses are not immuned from

A

DOMS

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12
Q

Trapzius Muscle orginates at the

A

Nuchal Ligament (C2) and inserts into the wither at T3

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13
Q

Trapeziu Cervicis

A

Over the neck

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14
Q

Trapezuis Thoracis

A

Over the wither

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15
Q

Multifidus, Longissimus Dorsi and gluteals

A

Support the back and raise the forehand in collection

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16
Q

Superficial gluteal and bicep femoris

A

Maintain the lateral stability behind (collection/lateral work)

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17
Q

Rhomboid, splenius and semispinalis capitis

A

Maintain elevation of the head and neck

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18
Q

Thoracic sling

A

Support thorax and lifts it up between the forelimbs

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19
Q

Isometric muscles

A

Hold positions

20
Q

Deep muscles and those close to joints are

A

postural muscles for supporting and stabilising muscles

21
Q

Electronic signals are sent from the brain along the

A

neural pathways to instruct the muscles

22
Q

Extensor Chain

A

make up the top line

23
Q

The Splenius Muscle originates from the

A

Starts at spinous processes of the withers and Nuchal Ligament

Inserts onto the poll and the first four cervical vertebrae.

This muscles works to extend and elevate the neck.

24
Q

The Longissimus Dorsi, part of the erector spinae group of muscles, is a long, strong muscle that runs along the top of the

A

thoracic and lumbar spine to the pelvis attaching to each vertebrae
Supports and extends the spine and contributes to lateral flexion.

25
Q

The Gluteal Muscle Group, consists of the

A

superficial, medial and deep gluteal muscles

26
Q

The Medial Gluteal or Glutimus Maximus is the

A

largest and most powerful gymnastic muscle of the hind quarter primarily involved in creating extension of the hip joint during propulsion.

27
Q

The Hamstring Muscle Group consists of the

A

Biceps Femoris, Semi-tendinosus and Semi-membranosus muscles.

28
Q

Hamstring Muscle group (Biceps Femoris , Semi-tendinosus and Semi-membranosus) are

A

powerful gymnastic muscles

Create extension of the hip and stifle during propulsion.

29
Q

Flexor Chain

A

Make up the bottom line and lie underneath the spine, in front of the hop and include tha abdominal muscles

30
Q

Walking over poles increases muscle activity in the

A

Rectus abdominus muscles and the longissimus dorsi muscles.

31
Q

The thoracolumbosacralmusculature is a good indicator of how the horse has beenmoving its body as a whole (Fig 5). Change in shapereflecting muscle atrophy usually signifies an underlyingmusculoskeletal problem. Saddle slip persistently to one sidemay

A

reflect hind limb lamness

32
Q

If this horse had been working correctly‘through the back’the

A

expaxial muscles will be developed

33
Q

sacroiliac joint region pain

A

Thoracolumbosacral muscles/Gluteal /promeniance tubera sacrale

34
Q

A tendency for hyperextension of themetacarpophalangeal and metatarsophalangeal joints atrest or in motion (Fig 3a) potentially places excessive load onthe

A

suspensory apparatus

35
Q

An association between straighthindlimb conformation (Figs 6and7b) and

A

and proximalsuspensory desmopathy has been noted (Dyson 1994),although to date a causal relationship has not beenestablished

36
Q

A horse in which thetubera sacraleare higherthan the wither has a natural tendency to be on the

A

forehand

37
Q

The epaxial muscles should be welldeveloped. With any lameness, the horse may adapt bystiffening the

A

back

38
Q

Failure to‘movethrough the back’, ill-fitting saddles and thoracolumbosacralpain and sacroiliac joint region pain can result in

A

epaxialmuscle atrophy and poor abdominal muscle tone.

39
Q

Common cardiac problems that hinder equine performance, particularly in athlete horses, include

A

murmurs (abnormal blood flow) and arrhythmias (abnormal cardiac rhythms).

40
Q

Murmurs are the result of abnormal blood flow as a

A

result of leakage through the valves of the heart or a turbulent blood flow in major blood vessels.

41
Q

For example, between 30 and 40% of fit thoroughbreds may have

A

Heart murmous

42
Q

Atrial fibrillation is the

A

most common type of arrhythmia in horses

43
Q

Heart Diganostics techniques

A

History, Physical Exam, Stethoscope, Ultrasound, ECG, Lab Tests

44
Q

an increase in toe length, decreased the

A

hoof and palmar angle, increasing the moment force significantly around the distal interphalangeal joint (DIPJ).

45
Q

Van Heel et al showed that a slight lateral heel first landing (Fig.2) was most

A

common/normal

46
Q

Crooked tail carriage is more common in lame horses than

A

non lame horses however no correlations between sides.