Understanding Animal Research Environment Parameters

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114 Questions

What are the parameters to monitor for the animal room environment?

Temperature, ventilation, humidity, air quality, lighting, noise, vibration

What is the recommended range for humidity in the animal room environment?

30-70%

How many fresh air changes per hour are recommended for ventilation in the animal room environment?

10-15

What is the maximum recommended noise level in decibels for the animal room environment?

85 decibels

At what level should lighting be maintained in lux at 1 meter above the floor in the animal room environment?

325

What are considered under physical plant life support in the animal room environment?

Maintenance, replacement, backup power, building materials, heating, cooling, lighting, security

What is the maximum foot candles level at cage level in the animal room environment?

130-325

What is the recommended range for humidity in the animal room environment?

30-70%

How often should monitoring be done for ventilation in the animal room environment?

Regularly throughout the day

What should be done with vibration sources in the animal room environment?

Identify all sources and isolate or dampen them with vibration suppression systems.

What are the main considerations for the physical factors of housing?

Toxicity, Security, Corrosion resistance, Ease of cleaning

What is the primary purpose of enrichment in animal housing?

Promote psychological well-being and prevent stress

What does the term 'Macro Environment' in animal research environment primarily refer to?

Temperature, Humidity, Air Quality, Lighting, Noise, Vibration

Which factor is crucial in determining the cleaning frequency in animal housing?

Housing density and husbandry practices

What is the main purpose of bedding in animal housing?

Absorb urine & feces and decrease microorganism growth

What are the key aspects of water management in animal housing?

Drinking source (Bottle or Automatic), Potable & Uncontaminated water source, Water treatment (Filtered, Autoclaved)

What should be considered while designing the housing for animals?

Accessibility to Food & Water, Slip Resistant, Solid, Perforated, Slated, Smooth texture

What is the primary purpose of monitoring & trend tracking in animal research environments?

Physical Monitoring, Online/Digital monitoring for notification of issues

What is the significance of microenvironment in animal housing?

Prevent abnormal brain development, physiologic dysfunction & behavioral disorders

Why is it important to consider species-specific behavior & special considerations in animal housing?

To meet the unique needs of different animals based on their natural behaviors

What are key environmental factors to consider in the animal research environment?

Humidity, ventilation, temperature, noise and vibration, and lighting

What is the definition of poikilothermic animals as per the text?

Animals that vary their internal body temperature based on external environmental temperature

What is the purpose of a life support system (LSS) in the animal research environment?

To provide water as a key factor for the animals, requiring water sources, maintenance, and filtration

What are zoonoses as mentioned in the text?

Diseases that can be transmitted from animals to humans

How can laboratory animal allergens (LAA) be prevented?

Through work uniforms, PPE (personal protective equipment), ventilated work stations, and hygienic behavior

What is sharps waste as discussed in the text?

Needles and other sharp objects used in animal research that must be handled and disposed of following specific procedures

What is a priority concerning employee safety in animal research?

Prevention of exposure, sickness, and injury for both humans and animals

What are some common lab animal sources of laboratory animal allergens (LAA)?

Mice, rats, rabbits, cats, guinea pigs, and dogs.

Temperature, ______, Humidity Air Quality

Ventilation

Determining Setpoints versus What is the Minimum ▵ Lighting: ▵ Noise: lux, foot candles maximum 85 decibel ▵ Vibration:

Location

Building materials: ▵ ▵ ▵ Heating ▵ ▵ Cooling ▵ ▵ Lighting ▵ ▵ Security ▵ ▵ ▵ Efficient and hygienic.

Maintenance

Guide, ______ in response to Air Quality Determining Setpoints versus What is the Minimum ▵ Lighting: ▵ Noise: lux, foot candles maximum 85 decibel ▵ Vibration:

8th Edition

Table 30-70% ▵ Ventilation: 10-15 fresh air changes/hr.

Humidity

SA2210 Laboratory Animal Technical Skills Part III: Understanding the Animal Research Environment Part III: Understanding the Animal Research Environment MacroEnvironment “ Macroenvironment: The physical environment of the secondary enclosure (e.g., a room, a barn, or an outdoor habitat)

Environment Parameters

Determining Animal Room Environment Parameters 1. What to Monitor 2. Setpoints 3. Methods 4. How of Monitoring Often to Monitor

5

Level (lux) Location 325 1 m above floor Up to 400 1 m above floor empty room 130-325 Cage

Life Support

______ Life Support ▵ Maintenance ▵ Replacement ▵ Backup power ▵

Physical Plant

Basics ▵ Temperature, ▵ Ventilation, Humidity Air Quality ▵ Lighting ▵ Noise, Vibration ▵ Additional ▵ Life Considerations Support ▵

What to Monitor

Animal research environments require cleaning and enrichment for reproduction and animal needs, while also ensuring safety considerations

maintenance

The animal research environment includes a life support system (LSS) with water as a key factor, requiring water sources, maintenance, and ______

filtration

Water LSS can be ______ by various factors, such as conductivity, salinity, pH, nitrogenous waste buildup, dissolved oxygen, total gas pressure, and chlorine

contaminated

Environmental safety involves ______ contamination and pollution of the research environment and the wider community

preventing

Sharps waste includes ______ and other sharp objects, and must be handled and disposed of following specific procedures

needles

Zoonoses are diseases that can be ______ from animals to humans and include common diseases such as tetanus, rabies, cryptosporidiosis, herpes B, tularemia/rabbit fever, coronaviruses/SARS, hoof stock diseases, and others

transmitted

Laboratory animal allergens (LAA) are ______ reactions related to animal proteins in skin, saliva, urine, and feces, and can affect up to 44% of people

allergic

NHPs (non-human primates) can be ______ diseases, such as measles and TB, and preventing transmission involves a health surveillance program for all people with access to animals

given

Animals in research include ______ that intermingle with microorganisms, with varying responses, in a controlled environment

macro-organisms

Key environmental ______ include humidity, ventilation, temperature, noise and vibration, and lighting

factors

MicroEnvironment: Provide sufficient space, supplementary structures, resources, prevent abnormal brain development, physiologic dysfunction, behavioral disorders

enrichment

Housing Design: Sharp Edges, Impair Ability to Disinfect/Sanitize, Accessibility to Food & Water, Slip Resistant, Solid, Perforated, Slated, Smooth, Texture

flooring

Water: Drinking Source (Bottle or Automatic), Potable & Uncontaminated, Water Source (Well, Municipal, etc.), Water Treatment (Filtered, Autoclaved, Acidified)

quality

Enrichment: Provide sensory and motor stimulation, promote psychological well-being, species-specific behaviors, minimize stress, impact overall health, prevent aggression, excessive calories, physical damage to body, social interaction

enrichment

Cleaning Frequency: Housing Density, Husbandry Practices, Caging Type, Static IVC, Large Animal System, Cage Parts (Bottom Wire Bar, Lid/Filter Top, Water Bottle, Kennels, Pans)

frequency

Species Specific Behavior & Special Considerations: Predator or Prey, Innate Fear Response, Mice & Marbles, Monkey & Snakes, Social Needs, Foraging Behavior, Nesting Behavior, Remote Monitoring, Nude Mice

behavior

Doors, Windows, Corridors, Floors: Durability, Moisture proof, Vermin proof, Fire resistant

materials

Bedding: Allow Species Specific Behavior, Absorb Urine & Feces, Decrease Microorganism Growth, Gas Buildup (ammonia, CO2), Paper (white, newspaper), Wood (aspen, pine, beech/birch/maple blend), Bed-o’Cob, Enrichment mixed in or not

bedding

Food: Palatable, Uncontaminated, Meet Nutritional & Behavioral Needs, Natural Ingredient, Certified, Purified, Chemically Defined, Irradiated, Fortified, Extruded

nutrition

Monitoring & Trend Tracking: Physical Monitoring, Online/Digital, Benefits, Negatives, Notification of Issues, Notification Monitoring of Issues

monitoring

Temperature, ______, Humidity Air Quality

Ventilation

Determining Setpoints versus What is the Minimum ▵ Lighting: ▵ Noise: lux, foot candles maximum 85 decibel ▵ ______

Vibration

What is the maximum recommended noise level in decibels for the animal room environment?

85

What should be done with vibration sources in the animal room environment?

attempts should be made to identify all vibration sources and isolate or dampen them with vibration suppression systems

What is sharps waste as discussed in the text?

sharp objects

What is the recommended range for humidity in the animal room environment?

30-70%

What is the primary purpose of enrichment in animal housing?

Provide sensory and motor stimulation, promote psychological well-being, species-specific behaviors, minimize stress, impact overall health, prevent aggression, excessive calories, physical damage to body, social interaction

What are key environmental factors to consider in the animal research environment?

humidity, ventilation, temperature, noise and vibration, and lighting

What does the term 'Macro Environment' in animal research environment primarily refer to?

The physical environment of the secondary enclosure (e.g., a room, a barn, or an outdoor habitat)

The animal research environment includes a life support system (LSS) with water as a key factor, requiring water sources, maintenance, and ______

backup power

Animal Research Environment: ______, Macro Environment, Importance of Planning, Assessment of animal needs in primary and secondary enclosures

MicroEnvironment

Housing Design: Sharp Edges, Impair Ability to ______, Accessibility to Food & Water, Slip Resistant, Solid, Perforated, Slated, Smooth, Texture

Disinfect/Sanitize

Food: Palatable, Uncontaminated, Meet Nutritional & Behavioral Needs, Natural Ingredient, Certified, Purified, Chemically Defined, Irradiated, ______, Extruded

Fortified

Monitoring & Trend Tracking: Physical Monitoring, Online/Digital, Benefits, Negatives, Notification of Issues, ______ Monitoring of Issues

Notification

Bedding: Allow Species Specific Behavior, Absorb Urine & Feces, Decrease Microorganism Growth, Gas Buildup (ammonia, CO2), Paper (white, newspaper), Wood (aspen, pine, beech/birch/maple blend), Bed-o’Cob, Enrichment mixed in or ______

not

Enrichment: Provide sensory and motor stimulation, promote psychological well-being, species-specific behaviors, minimize stress, impact overall health, prevent aggression, excessive calories, physical damage to body, social ______

interaction

Cleaning Frequency: Housing Density, Husbandry Practices, Caging Type, Static IVC, Large Animal System, Cage Parts (Bottom Wire Bar, Lid/Filter Top, Water Bottle, Kennels, ______)

Pans

Water: Drinking Source (Bottle or Automatic), Potable & Uncontaminated, Water Source (Well, Municipal, etc.), Water Treatment (Filtered, Autoclaved, ______)

Acidified

Housing Density: Social Needs, Naturally Social or Territorial, Age, Weight, Sex, Experimental ______

Needs

Species Specific Behavior & Special Considerations: Predator or Prey, Innate Fear Response, Mice & Marbles, Monkey & Snakes, Social Needs, Foraging Behavior, Nesting Behavior, Remote Monitoring, Nude ______

Mice

Animals in research include macro-organisms that ______ with microorganisms, with varying responses, in a controlled environment

intermingle

Most animals used in research are ______, meaning they vary their internal body temperature based on external environmental temperature

poikilothermic

The animal research environment includes a life support system (LSS) with water as a key factor, requiring water sources, maintenance, and ______

filtration

Water LSS can be ______ by various factors, such as conductivity, salinity, pH, nitrogenous waste buildup, dissolved oxygen, total gas pressure, and chlorine

contaminated

Zoonoses are diseases that can be ______ from animals to humans and include common diseases such as tetanus, rabies, cryptosporidiosis, herpes B, tularemia/rabbit fever, coronaviruses/SARS, hoof stock diseases, and others

transmitted

NHPs (non-human primates) can be ______ diseases, such as measles and TB, and preventing transmission involves a health surveillance program for all people with access to animals

given

Laboratory animal allergens (LAA) are ______ related to animal proteins in skin, saliva, urine, and feces, and can affect up to 44% of people

allergic reactions

Common lab animal sources of LAA include ______

mice, rats, rabbits, cats, guinea pigs, and dogs

Disposal by licensed vendors involves the government-licensed ______ of wastes

incineration

Environmental safety involves ______ and pollution of the research environment and the wider community

preventing contamination

Water LSS can be ______ by various factors, such as conductivity, salinity, pH, nitrogenous waste buildup, dissolved oxygen, total gas pressure, and chlorine

contaminated

Common lab animal sources of LAA include ______

mice, rats, guinea pigs, rabbits, hamsters, gerbils

Animals in research include macro-organisms that ______ with microorganisms, with varying responses, in a controlled environment

interact

Building materials: ▵ ▵ ▵ Heating ▵ ▵ Cooling ▵ ▵ Lighting ▵ ▵ Security ▵ ▵ ▵ Efficient and hygienic.

ventilation

Basics ▵ Temperature, ▵ Ventilation, Humidity Air Quality ▵ Lighting ▵ Noise, Vibration ▵ Additional ▵ Life Considerations Support ▵

humidity

Determining Setpoints versus What is the Minimum ▵ Lighting: ▵ Noise: lux, foot candles maximum 85 decibel ▵ Vibration:

temperature

What is the primary purpose of enrichment in animal housing?

to provide sensory and motor stimulation, promote psychological well-being, species-specific behaviors, minimize stress, impact overall health, prevent aggression, excessive calories, physical damage to body, social interaction

What are the main considerations for the physical factors of housing?

NON-Toxicity, Security, Prevent Escape, Prevent Entrapment, Durability, Lack Of Corrosion/Rusting, Stand Up to Regular Cleaning & Handling

What is the main purpose of bedding in animal housing?

to allow species-specific behavior, absorb urine & feces, decrease microorganism growth, and decrease gas buildup (ammonia, CO2)

Doors, Windows, Corridors, Floors: Durability, Moisture proof, Vermin proof, ______

Fire resistant

Most animals used in research are ______, meaning they vary their internal body temperature based on external environmental temperature

poikilothermic

The animal research environment includes a life support system (LSS) with water as a key factor, requiring water sources, maintenance, and ______

filtration

Employee safety is a priority in animal research, with prevention of ______, sickness, and injury for both humans and animals

exposure

Zoonoses are diseases that can be ______ from animals to humans and include common diseases such as tetanus, rabies, cryptosporidiosis, herpes B, tularemia/rabbit fever, coronaviruses/SARS, hoof stock diseases, and others

transmitted

NHPs (non-human primates) can be ______ diseases, such as measles and TB, and preventing transmission involves a health surveillance program for all people with access to animals

given

Laboratory animal allergens (LAA) are ______ reactions related to animal proteins in skin, saliva, urine, and feces, and can affect up to 44% of people

allergic

Common lab animal sources of LAA include ______

mice, rats, rabbits, cats, guinea pigs, and dogs

Disposal by licensed vendors involves the government-licensed ______ of wastes

incineration

Water LSS can be ______ by various factors, such as conductivity, salinity, pH, nitrogenous waste buildup, dissolved oxygen, total gas pressure, and chlorine

contaminated

Environmental safety involves preventing ______ and pollution of the research environment and the wider community

contamination

SA2210 Laboratory Animal Technical Skills Part III: Understanding the Animal Research Environment Part III: Understanding the Animal Research Environment MacroEnvironment

Macroenvironment: The physical environment of the secondary enclosure (e.g., a room, a barn, or an outdoor habitat)

Determining Animal Room Environment Parameters

  1. What to Monitor 2. Setpoints 3. Methods 4. How of Monitoring Often to Monitor

Determining What to Monitor

Basics Temperature Ventilation Humidity Air Quality Lighting Noise Vibration Additional Life Considerations Support Physical Plant

Determining Setpoints versus What is the Minimum

Temperature: Humidity: Table 30-70% Ventilation: 10-15 fresh air changes/hr.

Level (lux) Location 325 1 m above floor Up to 400 1 m above floor empty room 130-325 Cage Level

8

Physical Plant Life Support

Maintenance Replacement Backup power Building materials Heating Cooling Lighting Security Efficient and hygienic

Study Notes

  • Part III of the text discusses understanding the animal research environment, focusing on the aquatic, semi-aquatic macro- and micro-environment, safety and oversight, and zoonoses.

  • Animals in research include macro-organisms that intermingle with microorganisms, with varying responses, in a controlled environment.

  • Key environmental factors include humidity, ventilation, temperature, noise and vibration, and lighting.

  • Most animals used in research are poikilothermic, meaning they vary their internal body temperature based on external environmental temperature.

  • Animal research environments require cleaning and enrichment for reproduction and animal needs, while also ensuring safety considerations.

  • Latex gloves and chemical/cleaning agents are used in animal research, with specific procedures for handling and disposal.

  • The animal research environment includes a life support system (LSS) with water as a key factor, requiring water sources, maintenance, and filtration.

  • Water LSS can be contaminated by various factors, such as conductivity, salinity, pH, nitrogenous waste buildup, dissolved oxygen, total gas pressure, and chlorine.

  • Employee safety is a priority in animal research, with prevention of exposure, sickness, and injury for both humans and animals.

  • Environmental safety involves preventing contamination and pollution of the research environment and the wider community.

  • Animal safety includes proper handling, transport, and disposal of animal wastes, biohazardous agents, chemical waste, animal carcasses, and sharps waste.

  • Sharps waste includes needles and other sharp objects, and must be handled and disposed of following specific procedures.

  • Disposal by licensed vendors involves the government-licensed incineration of wastes.

  • Zoonoses are diseases that can be transmitted from animals to humans and include common diseases such as tetanus, rabies, cryptosporidiosis, herpes B, tularemia/rabbit fever, coronaviruses/SARS, hoof stock diseases, and others.

  • NHPs (non-human primates) can be given diseases, such as measles and TB, and preventing transmission involves a health surveillance program for all people with access to animals.

  • Laboratory animal allergens (LAA) are allergic reactions related to animal proteins in skin, saliva, urine, and feces, and can affect up to 44% of people.

  • LAA can be prevented through work uniforms, PPE, ventilated work stations, and hygienic behavior.

  • Common lab animal sources of LAA include mice, rats, rabbits, cats, guinea pigs, and dogs.

  • Doors, Windows, Corridors, Floors: Durability, Moisture proof, Vermin proof, Fire resistant

  • Related to General Population: Basement vs Upper Floor

  • Monitoring & Trend Tracking: Physical Monitoring, Online/Digital, Benefits, Negatives, Notification of Issues, Notification Monitoring of Issues

  • Animal Research Environment: MicroEnvironment, Macro Environment, Importance of Planning, Assessment of animal needs in primary and secondary enclosures

  • MicroEnvironment: Provide sufficient space, supplementary structures, resources, prevent abnormal brain development, physiologic dysfunction, behavioral disorders

  • Macro Environment: Temperature, Humidity, Ventilation, Air Quality, Lighting, Noise, Vibration

  • Physical Factors of Housing: NON-Toxicity, Security, Prevent Escape, Prevent Entrapment, Durability, Lack Of Corrosion/Rusting, Stand Up to Regular Cleaning & Handling

  • Housing Design: Sharp Edges, Impair Ability to Disinfect/Sanitize, Accessibility to Food & Water, Slip Resistant, Solid, Perforated, Slated, Smooth, Texture

  • Food: Palatable, Uncontaminated, Meet Nutritional & Behavioral Needs, Natural Ingredient, Certified, Purified, Chemically Defined, Irradiated, Fortified, Extruded

  • Bedding: Allow Species Specific Behavior, Absorb Urine & Feces, Decrease Microorganism Growth, Gas Buildup (ammonia, CO2), Paper (white, newspaper), Wood (aspen, pine, beech/birch/maple blend), Bed-o’Cob, Enrichment mixed in or not

  • Water: Drinking Source (Bottle or Automatic), Potable & Uncontaminated, Water Source (Well, Municipal, etc.), Water Treatment (Filtered, Autoclaved, Acidified)

  • Enrichment: Provide sensory and motor stimulation, promote psychological well-being, species-specific behaviors, minimize stress, impact overall health, prevent aggression, excessive calories, physical damage to body, social interaction

  • Housing Density: Social Needs, Naturally Social or Territorial, Age, Weight, Sex, Experimental Needs

  • Cleaning Frequency: Housing Density, Husbandry Practices, Caging Type, Static IVC, Large Animal System, Cage Parts (Bottom Wire Bar, Lid/Filter Top, Water Bottle, Kennels, Pans)

  • Species Specific Behavior & Special Considerations: Predator or Prey, Innate Fear Response, Mice & Marbles, Monkey & Snakes, Social Needs, Foraging Behavior, Nesting Behavior, Remote Monitoring, Nude Mice.

Note: These bullet points are designed for a quick reference to the key facts and context presented in the text. They are not an exhaustive list and are not meant to replace reading and understanding the full text.

  • Part III of the text discusses understanding the animal research environment, focusing on the aquatic, semi-aquatic macro- and micro-environment, safety and oversight, and zoonoses.

  • Animals in research include macro-organisms that intermingle with microorganisms, with varying responses, in a controlled environment.

  • Key environmental factors include humidity, ventilation, temperature, noise and vibration, and lighting.

  • Most animals used in research are poikilothermic, meaning they vary their internal body temperature based on external environmental temperature.

  • Animal research environments require cleaning and enrichment for reproduction and animal needs, while also ensuring safety considerations.

  • Latex gloves and chemical/cleaning agents are used in animal research, with specific procedures for handling and disposal.

  • The animal research environment includes a life support system (LSS) with water as a key factor, requiring water sources, maintenance, and filtration.

  • Water LSS can be contaminated by various factors, such as conductivity, salinity, pH, nitrogenous waste buildup, dissolved oxygen, total gas pressure, and chlorine.

  • Employee safety is a priority in animal research, with prevention of exposure, sickness, and injury for both humans and animals.

  • Environmental safety involves preventing contamination and pollution of the research environment and the wider community.

  • Animal safety includes proper handling, transport, and disposal of animal wastes, biohazardous agents, chemical waste, animal carcasses, and sharps waste.

  • Sharps waste includes needles and other sharp objects, and must be handled and disposed of following specific procedures.

  • Disposal by licensed vendors involves the government-licensed incineration of wastes.

  • Zoonoses are diseases that can be transmitted from animals to humans and include common diseases such as tetanus, rabies, cryptosporidiosis, herpes B, tularemia/rabbit fever, coronaviruses/SARS, hoof stock diseases, and others.

  • NHPs (non-human primates) can be given diseases, such as measles and TB, and preventing transmission involves a health surveillance program for all people with access to animals.

  • Laboratory animal allergens (LAA) are allergic reactions related to animal proteins in skin, saliva, urine, and feces, and can affect up to 44% of people.

  • LAA can be prevented through work uniforms, PPE, ventilated work stations, and hygienic behavior.

  • Common lab animal sources of LAA include mice, rats, rabbits, cats, guinea pigs, and dogs.

  • Part III of the text discusses understanding the animal research environment, focusing on the aquatic, semi-aquatic macro- and micro-environment, safety and oversight, and zoonoses.

  • Animals in research include macro-organisms that intermingle with microorganisms, with varying responses, in a controlled environment.

  • Key environmental factors include humidity, ventilation, temperature, noise and vibration, and lighting.

  • Most animals used in research are poikilothermic, meaning they vary their internal body temperature based on external environmental temperature.

  • Animal research environments require cleaning and enrichment for reproduction and animal needs, while also ensuring safety considerations.

  • Latex gloves and chemical/cleaning agents are used in animal research, with specific procedures for handling and disposal.

  • The animal research environment includes a life support system (LSS) with water as a key factor, requiring water sources, maintenance, and filtration.

  • Water LSS can be contaminated by various factors, such as conductivity, salinity, pH, nitrogenous waste buildup, dissolved oxygen, total gas pressure, and chlorine.

  • Employee safety is a priority in animal research, with prevention of exposure, sickness, and injury for both humans and animals.

  • Environmental safety involves preventing contamination and pollution of the research environment and the wider community.

  • Animal safety includes proper handling, transport, and disposal of animal wastes, biohazardous agents, chemical waste, animal carcasses, and sharps waste.

  • Sharps waste includes needles and other sharp objects, and must be handled and disposed of following specific procedures.

  • Disposal by licensed vendors involves the government-licensed incineration of wastes.

  • Zoonoses are diseases that can be transmitted from animals to humans and include common diseases such as tetanus, rabies, cryptosporidiosis, herpes B, tularemia/rabbit fever, coronaviruses/SARS, hoof stock diseases, and others.

  • NHPs (non-human primates) can be given diseases, such as measles and TB, and preventing transmission involves a health surveillance program for all people with access to animals.

  • Laboratory animal allergens (LAA) are allergic reactions related to animal proteins in skin, saliva, urine, and feces, and can affect up to 44% of people.

  • LAA can be prevented through work uniforms, PPE, ventilated work stations, and hygienic behavior.

  • Common lab animal sources of LAA include mice, rats, rabbits, cats, guinea pigs, and dogs.

Test your knowledge on determining and monitoring animal room environment parameters, as well as understanding the macroenvironment in the context of laboratory animal technical skills.

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