Week 1 Flashcards

1
Q
A

Star, stripe, snip, blaze, bald

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2
Q
A

Cornet, pastern, sock, stocking

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3
Q
A

Black is a truly black horse; it cannot have brown areas anywhere. The color cannot fade at all during the year. The horse can, however, have points

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4
Q
A

A black horse that becomes brown anywhere on the body during the year, usually on the muzzle and flank, is considered brown. Brown therefore can be any shade of black down to a lighter brown but cannot have any red hue

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5
Q
A

A brown, chestnut, or sorrel horse with black lower legs, mane, and tail is a bay

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6
Q
A

A dun has yellow tan as the main body color and the same black lower legs, mane, and tail as a bay. The dun has a dorsal stripe: a dark line down the middle of the horse’s back

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7
Q
A

A buckskin is the same color as a dun but does not have a dorsal stripe

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8
Q
A

A horse can look white to a layperson but is referred to as gray by equine professionals because the skin of most of these horses is black (Fig. 6.36). (If the skin is pink, then the horse is referred to as white, but this is rare.)

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9
Q
A

A palomino is the same allover color as the dun and buckskin, with a white or blonde mane and tail

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10
Q
A

A brown horse with a red hue is called a chestnut

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11
Q
A

A brown horse with a dull red hue is called a sorrel. The only breed that recognizes this color is the American Quarter Horse

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12
Q

Building blocks of proteins

A

Amino acids

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13
Q

Percentage of true absorbed protein that is available for productive body functions

A

Biological value

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14
Q

Grains or high starch compounds

A

Concentrates

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15
Q

Subtraction of the energy lost in feces from consumed GE

A

Digestible energy

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16
Q

Process of protein, carbs, and fat breakdown.

A

Digestion

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17
Q

Grass, legumes, hay

A

Forage

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18
Q

Total energy potentially available I’m a feed consumed by an animal

A

Gross energy

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19
Q

Levels of nutrients needed to sustain body weight without gain/ loss.

A

Maintenance nutrient requirements MNRs

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20
Q

Actual portion of energy available to the animal for use in maintaining body body tissues

A

Metabolic energy ME

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21
Q

Energy available to the animal after emerge from feces. Urine and combustible gases has been subtracted from gross energy

A

Net energy NE

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22
Q

Number of grams of body weight gain per unit of protein consumed

A

Protein efficiency ratio

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23
Q

General measure of nutritive value of feed

A

Total digestible nutrients TDNs

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24
Q

T/F

is not the hay, corn or oats that are used by cells but amino acids, simple sugars, fatty acids, minerals and vitamins.

A

T

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25
T/F Combining different types of proteins has no effect on the biologic value
F
26
T/F Horses should not have access to salt, as an overdose can lead to toxicity.
F
27
T/F Protein should be restricted in lactating mated or the foal will grow too quickly
F
28
T/F Growing horses should not be fed above energy requirements as this increases the risk of developmental orthopedic disease
T
29
T/F Exercising horses require additional protein for muscle development and repair
T
30
Female between 2-3 yrs
Filly
31
Female 3yrs and up
Mare
32
Mare used for breeding
Broodmare
33
Intact male between 2-3 yrs
Colt
34
Intact male 3yrs and up
Stallion/ stud
35
Castrated male of any age
Gelding
36
Yong horse from birth to weaning
Foal
37
Young horse from weaning to 1 yr
Weaning
38
1-1.5 yrs of either sex
Yearling
39
1.5-2 yrs
Long yearling
40
Normal temp, hr, rr for horses
T: 99-101.5 HR: 28-44 <28 for athletic horses RR: 6-12
41
1 hand =?
4 in
42
Western
Uses a stock saddle with horn and fenders, feet are placed in stirrups.
43
English
Uses a lighter saddle requiring more balance and leg strength. Feet are placed in irons.
44
Prezwalski Last remaining wild species of horse, large strong heads and erect manes. Different from domesticated horses having 66 chromosomes as opposed to 64.
45
Mustang Feral/ stray, mesteno
46
Arabian Bedouins strength courage stamina tribal skirmishes. Blood of Arabians flows in all breeds of light horses. Prone to SCID. Severe combined immunodeficiency.
47
Andalusian From andulasia, bred by Carthusian monks in late Middle Ages.
48
Friesian Oldest domesticated Europe Middle Ages native to Friesland in northern Netherlands.
49
Lipizzan/ Lipizzaner 1560s finest Arab blood fused with athletic Spanish during moorish occupation of Spain. Renaissance period. Exceptional sturdiness beauty and intelligence.
50
Belgians Clydesdales Friesians Percheron Shire American cream Dutch Suffolk punch Ardennais Gypsy Halflinger Fjord horse
Draft breeds, cold bloods.
51
The belgian draft Native to Belgium
52
Clydesdale Scotland Docked tails
53
Percheron Ice age France Middle Ages substance and soundness beauty and style, has tail.
54
Shrire England. Medieval writes development of British war horse.
55
Clydesdale vs shire
Shire England, heavier taller, has tail, lean long faces. Clydesdale Scotland, many white marking, more colors, docked tails, wide face and muzzle, more feathering on lower legs.
56
American cream Iowa
57
Gypsy Vanner
58
Halflinger Austria draft now riding horse palomino color is technically chestnut with flaxen and tail. Compact rangining between 13.2 and 15 hands on average. Sturdy and strong.
59
Norwegian fjord Domesticated 4000 years ago Mane stands up One of the oldest breeds
60
Thoroughbred Arabian The barb The akhal teke
Hot bloods
61
Thoroughbred The Byerly Turk, Darley Arabian and Godolphin Arabian are conspicuous in English Thoroughbred pedigrees. Through a selective breeding process which has been going on for more than 250 years, breeding the best stallions to the best mares, with the proof of superiority and excellence being established on the race track.
62
Akhal teke Originated in Turkmenistan about 3,000 years ago. A rare breed today. Closed stud book. They have a reputation for speed and endurance, intelligence, and a distinctive metallic sheen.
63
Standardbred “pacer” Has a trot and a “pace” gait where the foreleg and hind leg move in unison. Trotters must be trained not to break their gait at high speeds and gallop, which is a disqualification during a race.
64
Mini Horse vs pony
Mini Horse vs pony Ponies: ● generally under 14 hands 2 inches (144.5cm at the shoulder); ● stocky, with a thick neck ● short legs; ● thick, fluffy manes, tails and coats. Miniature horses: ● under 9 hands (97cm at the shoulder); ● refined features of a horse; ● longer necks than ponies; ● straighter legs than ponies.
65
The Pony Breeds
Shetland Pony Welsh Pony Chincoteague Pony Connemara Pony Hackney Pony Pony of the Americas (POA)
66
Horse dental formula
2(I3/3, C 0-1/0-1, PM 3-4/3-4, M 3/3) = 36-42 •Wolf teeth = 1st upper premolar No canines in mares •Hypsodontic
67
Tushes =
equine canine teeth
68
Scientific classification of the domestic horse; Genus, species.
Equus ferus
69
height delineation between horses and ponies
Horse = 14.2 - 19.2 Pony = 14.2 <
70
Fermentation occurs where?
cecum, large intestine
71
This type of digestion is similar to what other species?
ruminants
72
How do horses digest fats?
Liver produces bile and delivers it directly into the duodenum via the bile duct which causes the serum level of bilirubin to be high and yellow but is not indicative of liver disease.
73
Which nutrient is obtained from fermentation digestion in both hind-gut fermentation and ruminant digestion?
Carbohydrates to volatile fatty acids and B vitamins
74
Maintenance requirement for a pleasure horse used for occasional trail rides that is turned out on pasture 24 hours per day
1.5% of bw or 0.5-1.5#/hr of activity
75
Risks associated with feeding alfalfa hay, oats
Alfalfa = high in calcium, magnesium and protein which can cause enteroliths Oats = deficient in calcium and high in phosphorus which can deplete the calcium from bones because for every gram of phosphorus ingested calcium needs to match to be absorbed. Which can cause laminitis/ founders/ enteroliths. Barley - ergot (black fungus) reduces palatability, causes abortion, reduces blood supply to extremities causing necrosis of the lower limbs, tail, tips of ears. Hay = if dusty COPD/ bloat if low quality
76
Blister beetles in hay - risks, signs to look for in hay
alfalfa contaminated with blister beetles, which are toxic. A striped blister beetle contains approximately 5 mg of the toxin cantharidin, which, when consumed, can cause ulcers in the mouth or throat, colic, and diarrhea Grey black orange or yellow
77
An average horse consumes how many gallons of water per day?
5-12 gallons per day
78
Wheat bran is high in which mineral?
Phosphorus, which can cause enteroliths
79
Feeding dusty hay can lead to?
Recurrent airway obstruction RAO or heaves formerly known as COPD.
80
Why is it important to pay attention to the ratio of calcium to phosphorus?
Body needs a gram for processing absorption for every gram introduced into the body If calcium is not available the body will take it from the bones Excess amounts of calcium can cause secondary nutritional hyperparathyroidism. The calcium-to-phosphorus ratio for horses should be approximately 2:1.
81
Failure to decrease grain/carbohydrate intake when transitioning from workload to resting/maintenance can result in?
Orthopedic diseases Obesity Laminitis
82
Should horse feed and hay be measured by weight or volume?
Volume
83
What purpose does feeding grains serve?
Often concentrates are used as supplements if forage is insufficient in nutrients—especially energy and protein. Concentrates are needed more often in certain life stages, such as gestation (especially later in the gestation period), lactation, and growth, and in work horses.
84
The best way to ensure horses are receiving adequate nutrition is to provide?
Grass and/or alfalfa hay or pasture Balanced calcium & phosphorus ratio Trace-mineralized salts Free-choice water
85
Sudden feed changes in horses can cause?
Colic Diarrhea
86
Prolonged undernutrition in horses can cause?
Nutritional myopathy Skeletal and muscle myopathy
87
Most common feed types to cause/aggravate choke
Straw/ corn stalks
88
For quality hoof horn formation, horses require which nutrients?
Zinc
89
Risk factors for laminitis
Undigested Grain Starch = Acidosis in Hindgut = Bacteria Killed = Release of Toxins = Swelling in Hooves = Founder CHO overload Lush pasture Colic Infections/endotoxemia Other leg lameness (very common)
90
Bones of the equine distal limb; hock to P3, knee to P3
Knee Second medial and fourth lateral metacarpals - splint bones Third metacarpal - cannon bone Proximal sesamoid Fetlock joint Pastern joint Coffin joint Distal sesamoid Proximal phalanx - long pastern Middle phalanx - short pastern Distal phalanx - coffin bone
91
Horses lack which bones? Hint; one in the thorax, one in the reproductive system of males
sternebrae Os penis
92
How many bones make up the equine carpus?
6-7
93
What structures comprise the equine foot?
Coronet Periople Toe Quarters Heel
94
What is the white line?
Sensitive laminae
95
The largest organ in the body is?
Skin
96
The average hoof growth rate per month is?
1/4th in/ month
97
Vertebral formula
C7 T18 L6 S5 Cd15-21
98
1. Hock 2. Fetlock 3. Pastern 4. Stifle 5. Coronet 6. Hoof 7. Loin 8. Flank 9. Withers 10. Barrel 11. Elbow 12. Cannon 13. Knee 14. Shoulder 15. Forearm 16. Throat latch 17. Neck 18. Crest 19. Poll 20. Muzzle