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
The Gluteal Muscle Group, consists of the
superficial, medial and deep gluteal muscles
26
The Medial Gluteal or Glutimus Maximus is the
largest and most powerful gymnastic muscle of the hind quarter primarily involved in creating extension of the hip joint during propulsion.
27
The Hamstring Muscle Group consists of the
Biceps Femoris, Semi-tendinosus and Semi-membranosus muscles.
28
Hamstring Muscle group (Biceps Femoris , Semi-tendinosus and Semi-membranosus) are
powerful gymnastic muscles Create extension of the hip and stifle during propulsion.
29
Flexor Chain
Make up the bottom line and lie underneath the spine, in front of the hop and include tha abdominal muscles
30
Walking over poles increases muscle activity in the
Rectus abdominus muscles and the longissimus dorsi muscles.
31
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
reflect hind limb lamness
32
If this horse had been working correctly‘through the back’the
expaxial muscles will be developed
33
sacroiliac joint region pain
Thoracolumbosacral muscles/Gluteal /promeniance tubera sacrale
34
A tendency for hyperextension of themetacarpophalangeal and metatarsophalangeal joints atrest or in motion (Fig 3a) potentially places excessive load onthe
suspensory apparatus
35
An association between straighthindlimb conformation (Figs 6and7b) and
and proximalsuspensory desmopathy has been noted (Dyson 1994),although to date a causal relationship has not beenestablished
36
A horse in which thetubera sacraleare higherthan the wither has a natural tendency to be on the
forehand
37
The epaxial muscles should be welldeveloped. With any lameness, the horse may adapt bystiffening the
back
38
Failure to‘movethrough the back’, ill-fitting saddles and thoracolumbosacralpain and sacroiliac joint region pain can result in
epaxialmuscle atrophy and poor abdominal muscle tone.
39
Common cardiac problems that hinder equine performance, particularly in athlete horses, include
murmurs (abnormal blood flow) and arrhythmias (abnormal cardiac rhythms).
40
Murmurs are the result of abnormal blood flow as a
result of leakage through the valves of the heart or a turbulent blood flow in major blood vessels.
41
For example, between 30 and 40% of fit thoroughbreds may have
Heart murmous
42
Atrial fibrillation is the
most common type of arrhythmia in horses
43
Heart Diganostics techniques
History, Physical Exam, Stethoscope, Ultrasound, ECG, Lab Tests
44
an increase in toe length, decreased the
hoof and palmar angle, increasing the moment force significantly around the distal interphalangeal joint (DIPJ).
45
Van Heel et al showed that a slight lateral heel first landing (Fig.2) was most
common/normal
46
Crooked tail carriage is more common in lame horses than
non lame horses however no correlations between sides.