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Management and Nutrition
Nutrition: Exotic and Zoo Animals
Nutrition in Bats
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  • Behavior
  • Circulatory System
  • Clinical Pathology and Procedures
  • Digestive System
  • Emergency Medicine and Critical Care
  • Endocrine System
  • Exotic and Laboratory Animals
  • Eye and Ear
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  • Reproductive System
  • Respiratory System
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Chapters in Management and Nutrition
  • Management and Nutrition Introduction
  • Biosecurity
  • Cloning of Domestic Animals
  • Complementary and Alternative Veterinary Medicine
  • Management of the Neonate
  • Pain Assessment and Management
  • Stray Voltage in Animal Housing
  • Ventilation
  • Aquaculture Systems
  • Health-Management Interaction: Cattle
  • Health-Management Interaction: Goats
  • Health-Management Interaction: Horses
  • Health-Management Interaction: Pigs
  • Health-Management Interaction: Sheep
  • Health-Management Interaction: Small Animals
  • Management of Reproduction: Cattle
  • Management of Reproduction: Goats
  • Management of Reproduction: Horses
  • Management of Reproduction: Pigs
  • Management of Reproduction: Sheep
  • Management of Reproduction: Small Animals
  • Breeding Soundness Examination of the Male
  • Embryo Transfer in Farm Animals
  • Hormonal Control of Estrus
  • Nutrition: Cattle
  • Nutrition: Exotic and Zoo Animals
  • Nutrition: Goats
  • Nutrition: Horses
  • Nutrition: Pigs
  • Nutrition: Sheep
  • Nutrition: Small Animals
Topics in Nutrition: Exotic and Zoo Animals
  • Overview of Nutrition: Exotic and Zoo Animals
  • Nutrition in Birds
  • Nutrition in Psittacines
  • Nutrition in Passerines
  • Nutrition in Columbiformes
  • Nutrition in Raptors
  • Nutrition in Piscivorous Birds
  • Nutrition in Waterfowl
  • Nutrition in Gallinaceous Birds
  • Nutrition in Ratites
  • Nutrition in Mynahs
  • Nutrition in Toucans
  • Managing Nutrition of Avian Zoological Collections
  • Handrearing Zoo Mammals
  • Nutrition in Bats
  • Nutrition in Zoo Carnivores
  • Nutrition in Insectivores, Edentates, and Aardvarks
  • Nutrition in Marine Mammals
  • Nutrition in Marsupials
  • Nutrition in Primates
  • Nutrition in Rodents and Lagomorphs
  • Nutrition in Subungulates and Ungulates
  • Nutrition in Reptiles
  • Nutrition in Crocodilians
  • Nutrition in Snakes
  • Nutrition in Turtles
  • Nutrition in Tortoises
  • Nutrition in Lizards
  • Nutrition in Fish
 
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Nutrition in Bats

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Captive insectivorous bats frequently are fed diets consisting primarily of mealworms. Crickets, fruit flies, blowfly larvae, and other insects also are commonly offered. Because insects typically are low in calcium, they should be maintained on a calcium-enriched diet so that the bat will consume the insect's high-calcium gut contents. A suitable mealworm diet can be formulated using 35% wheat middlings, 35% ground dry dog or cat food, and 30% ground calcium carbonate. Alternatively, calcium and vitamin supplements can be dusted on the insects just before feeding, and vitamin drops can be added to drinking water. Gels containing water and a calcium solution can also be fed.

Often, captive insectivorous bats must be fed by hand when flying insects are not available. Some bats can be trained to accept insects from a food dish by being placed directly on the live food.

Many insectivorous bats can be maintained successfully in captivity using artificial liquid or solid diets (see Nutrition: Exotic and Zoo Animals: Diets of Selected MammalsTables). Liquid diet can be placed in shallow plastic trays positioned near wire or branches for the bats to land on and hang from while feeding. Leftover liquid diet should be replaced daily. Solid diets usually include bananas as the major ingredient. Additional ingredients frequently offered include papaya, apple, pear, melon, grape, and cooked carrot and sweet potato. Canned cat or dog food, chopped eggs, and mealworms also have been fed with the fruit.

Table 3

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Diets of Selected Mammals

Freshwater Otter Diet

Percent (%)

Ground horse or cow meat

38

Ground beef heart

20

Ground dry cat food

13

Beet pulp

2.9

“Mirra Coat”

1.9

Calcium carbonate

0.8

Poultry fat

4.9

Water

16.9

Lactose

0.04

Yogurt

0.72

Mineral-vitamin mix

0.84

All ingredients should be combined in a large mixer, divided into daily portions, and frozen. Lactose for lactobacilli can be added in yogurt to help maintain freshness. Lactose and yogurt are optional.

Liquid Diet for Bats

Percent (%)

Dry mix:

Mixed baby cereal

20.7

Wheat germ

4

Nonfat dried milk powder

9

Calcium caseinate

15.8

Sugar

45.5

Protein supplement (casein-based)

3

Mineral-vitamin mix

2

The dry mix (100 g) should be mixed with canned peach nectar (540 mL), water (260 mL), and corn oil (6 mL) and fed with peeled bananas.

Large Herbivore Pellet

Percent (%)

Wheat middlings

30

Alfalfa hay, sun-cured, ground (16% crude protein)

22

Corn grain, ground

19.1

Soybean meal without hulls (48% crude protein)

11.4

Alfalfa meal, dehydrated (17% crude protein)

10

Sugarcane molasses

5

Soybean oil

1

Phosphorus supplement

0.8

Sodium chloride

0.5

Mineral premixa

0.1

Vitamin premixb

0.1

Calculated composition (dry-matter basis): 89% dry matter, 19% crude protein, 4.3% fat, 16% acid detergent fiber, 12% crude fiber, 0.75% calcium, 0.7% phosphorus

a Mineral premix (mg/kg of premix): 75,000 Zn, 50,000 Fe, 30,000 Mn, 10,000 Cu, 800 I, 200 Se, and 100 Co

b Vitamin premix (per kg of premix): 5,000,000 IU vitamin A, 400,000 IU vitamin D3, 200,000 mg vitamin E, 500,000 mg choline, 40,000 mg niacin, 20,000 mg pantothenic acid, 4,000 mg riboflavin, 20 mg vitamin B12

Diets of Selected Mammals

Freshwater Otter Diet

Percent (%)

Ground horse or cow meat

38

Ground beef heart

20

Ground dry cat food

13

Beet pulp

2.9

“Mirra Coat”

1.9

Calcium carbonate

0.8

Poultry fat

4.9

Water

16.9

Lactose

0.04

Yogurt

0.72

Mineral-vitamin mix

0.84

All ingredients should be combined in a large mixer, divided into daily portions, and frozen. Lactose for lactobacilli can be added in yogurt to help maintain freshness. Lactose and yogurt are optional.

Liquid Diet for Bats

Percent (%)

Dry mix:

Mixed baby cereal

20.7

Wheat germ

4

Nonfat dried milk powder

9

Calcium caseinate

15.8

Sugar

45.5

Protein supplement (casein-based)

3

Mineral-vitamin mix

2

The dry mix (100 g) should be mixed with canned peach nectar (540 mL), water (260 mL), and corn oil (6 mL) and fed with peeled bananas.

Large Herbivore Pellet

Percent (%)

Wheat middlings

30

Alfalfa hay, sun-cured, ground (16% crude protein)

22

Corn grain, ground

19.1

Soybean meal without hulls (48% crude protein)

11.4

Alfalfa meal, dehydrated (17% crude protein)

10

Sugarcane molasses

5

Soybean oil

1

Phosphorus supplement

0.8

Sodium chloride

0.5

Mineral premixa

0.1

Vitamin premixb

0.1

Calculated composition (dry-matter basis): 89% dry matter, 19% crude protein, 4.3% fat, 16% acid detergent fiber, 12% crude fiber, 0.75% calcium, 0.7% phosphorus

a Mineral premix (mg/kg of premix): 75,000 Zn, 50,000 Fe, 30,000 Mn, 10,000 Cu, 800 I, 200 Se, and 100 Co

b Vitamin premix (per kg of premix): 5,000,000 IU vitamin A, 400,000 IU vitamin D3, 200,000 mg vitamin E, 500,000 mg choline, 40,000 mg niacin, 20,000 mg pantothenic acid, 4,000 mg riboflavin, 20 mg vitamin B12

Frugivorous bats should be fed a diet that contains a low amount of iron to prevent iron storage disease. The diet could contain a low-iron pellet for birds mixed with apples, bananas, and oranges.

Last full review/revision July 2011 by Joeke Nijboer, PhD; Teresa L. Lightfoot, DVM, DABVP (Avian)

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