Non-Human Primates

 

About Non-Human Primates

The similarity of the biochemical and physiological processes of monkeys and human beings makes the non-human primate an extremely valuable research animal species. The monkey's mental capacity, which goes far beyond that of all other research animals, must be a primary consideration in its care and handling.

 

Most of the monkeys used in research studies have been imported from their natural habitats. This practice is in the process of being discontinued. Breeding colonies are being established in more controlled environments, but the cost of producing them in quantities will be greatly increased. Monkeys are difficult to handle and can be dangerous. Special handling procedures must be employed to properly care for the monkey.

 

The monkey's living environment is extremely important. If it is carefully prepared, the cage will not be a restraining device to the monkey, but "home." Without the home condition, the monkey's mental and physical health will be adversely affected. Proper conditions in the cage depend upon the type of primate, although most are able to adapt to some variations, especially temperature changes, if they are gradual. If at all possible, an effort should be made to include natural sunlight in the monkey's environment.

 

As well as having good physical facilities, the monkeys must be managed well to ensure reliable research results. Routine care and cleanliness are essential for the monkey's welfare. The cage should be large with appropriate play objects and good feeding and watering conditions. Extra attention should be paid to cage door fasteners to prevent escapes. As an extra precaution, windows and vents in the surroundings should be screened.

 

Kind handling by humans can help to make the monkey's temperament more gentle and cooperative. But there is a definite danger in handling animals that are new to captivity. The instinctive response of the frightened monkey is to bite or scratch. If the monkey happens to be a carrier of monkey B-virus or some other virus, the wound can be fatal. Handlers going into gang cages should be fully covered and should wear face masks.

 

Because of the advanced brain capacity of primates, technicians need to attend to the monkey's responses more carefully. Monkeys are capable of anticipating a routine, of being amused, angered, or bored. Their group and individual responses should be observed to gain the most knowledge from these valuable laboratory animals.

 

Custom Diets

Hundreds of custom diets have been formulated for non-human primates; we can repeat or modify any existing diet or create new formulas for your specific research requirements.

 

A few examples of custom primate diets—

Commonly known as:

Description

Grain-Based = G

or

Purified = P

TestDiet® Formula # or Product #

5038

Modified Monkey Diet

G

5038

5041

TestDiet® Marmoset Jelly

 

5041

5045

Modified High Protein Monkey Diet

G

5045

5073

TestDiet® Monkey MV (multi-vitamin) tablet

P

5073

5737-1

Modified Monkey Diet with no added NaCl (0.05% sodium)

G

5737-1

5738-9

Modified Monkey Diet with no added NaCl (0.05% sodium)

G

5738-9

5894

Purified Diet for Primates

P

5894

5LK6

LabDiet® Callitrichid Diet

G

5LK6

5LK7

LabDiet® Callitrichid High Fiber Diet

G

5LK7

5TNU

High Fat Primate Diet

G

5TNU

9256

TestDiet® Papaya Tablet

 

9256

9257

TestDiet® Papaya Tablet

 

9257

9258

TestDiet® Monkey Mini MV Tablet

 

9258

9259

TestDiet® Monkey Mini MV Tablet Plus Iron

 

9259

9262

TestDiet® Papaya Tablet

 

9262

D40325A

High Fat purified diet.

P

Please Inquire

9267

TestDiet® Purified Reward Tablet, Primate & Rodent, 45 mg

P

9267

9268

TestDiet® Purified Reward Tablet, Primate & Rodent, 120 mg

P

9268

9269

TestDiet® Purified Reward Tablet, Primate & Rodent, 190 mg

P

9269

9270

TestDiet® Purified Reward Tablet, Primate & Rodent, 45 mg

P

9270

9271

TestDiet® Purified Reward Tablet, Primate & Rodent, 120 mg

P

9271

9272

TestDiet® Purified Reward Tablet, Primate & Rodent, 190 mg

P

9272

PJLI

Grain-Based diet — tablet form

G

Please Inquire

PJLP

Purified die t— tablet form

P

Please Inquire

PJSP

Purified Diet Treats — 5 gm tablet

P

Please Inquire

 

 

Care, Feeding, & Physiology

Care and Feeding


 

Number of Adults

Number of
Young

Cage Dimensions*

Length

Width

Height

Breeding/Lactation

1

1

Varies according to animal size. Refer to ILAR guidelines (1985)

Growing

1

 

 

Experimental

Varies with experiment


Feeding Recommendations

Daily Feed Usage

Water Requirement

Begin Dry Food Consumption

Adult male

2-4% of body weight Ad libitum

20-30 days

 

Pregnant female

2-4% of body weight


Environmental Data

Room Temp.

Humidity

Light

Litter Material

24 °C

45-55%

4-8 hrs/day

Shavings, or shredded beet pulp

Biological Values


Blood Chemical Composition

Water

Calcium

Sodium

Chloride

Phosphorus

Potassium

-

-

157 mEq/L

110 mEq/L

-

4.7 mEq/L

Values are for plasma, except
where noted

Magnesium

Cholesterol

Glucose

Serum Protein

Albumin

Globulin

-

118 mg/100ml

148 mg/100ml (whole blood)

8.0 gm/100ml

4.4 gm/100ml

2.8 gm/100ml


Oxygen Consumption and Body Temperature

Observed
Weight

Temp-
erature

Oxygen Consumption

Breathing Rate

Heart Beat

3600 gm

38.8 °C

-

40/minute

192/minute


Hematological Values

Whole Blood Volume
(T-1824 dye)

Clotting Time

RBC Life Span

RBC Diameter

RBC Rate of
Sedimentation

75 ml/kg

90 sec.

100 days

7.4 microns

3-12 mm/hr

Blood pH

RBC

Hematocrit

Platelets

Hb

-

4.6-6.5 106/mm3

42 ml/100ml

155-424 103/mm3

12.5 gm/100ml


Total and Differential White Blood Cell Counts

Leucocytes

Neutros

Eosinos

Basos

Lymphos

Monos

15.0 103/mm3

6.0 103/mm3

0.2 103/mm3

0.02 103/mm3

7.8 103/mm3

0.46 103/mm3

Life Cycle Information


 

Weight
Adult Male

Weight
Adult Female

Weight
at Birth

Breeding Age
Male

Breeding Age Female

Estrus
Cycle

 

12 kg

10 kg

500-700 gm

6 years

5 years

28 days

 

Gestation

Weaning Age

Litter Size

Rebreed After Parturition

Breeding Life Male

Breeding Life Female

 

150-180 days
165 day avg.

3-6 months

1

After weaning
previous offspring

12-15 years

12-15 years

 

Mating Data: Pair or colony: 1 male, 10 females.

*

Refer to the "Guide for the Care and use of Laboratory Animals" - NIH Publication No. 85-23, Revised 1985.

 

Prepared by the Institute of Laboratory Animal Resources, National Research Council, 2101 Constitution Avenue, N.W., Washington, DC 20418