The document discusses biosecurity measures for poultry farms. It emphasizes controlling flows of people, vehicles, animals and materials entering and leaving the farm to prevent the introduction and spread of pathogens. Proper farm design is important, including separating buildings for different age groups of birds and disinfecting areas between production cycles. The quality of water, feed, and chicks must also be controlled. Together, implementing biosecurity protocols helps limit disease outbreaks that can negatively impact productivity and profitability.
Disease prevention in desi chicken PPT by Dr chandra shekhar Godara DVM Chandra Godara
Disease prevention in desi chicken PPT by Dr chandra shekhar Godara DVM BIKANER CVAS , bikaner AND PPT submitted to prof. (Dr.) Basant bais mem , Head of LPT DEPARTMENT
Biosecurity refers to practices designed to prevent the introduction and spread of disease in poultry production. Key biosecurity measures for poultry farms include restricting access to potential sources of contamination, maintaining nesting areas indoors, and limiting traffic. Implementing biosecurity procedures plays an important role in minimizing infectious diseases and food safety issues. The principles of biosecurity involve bioexclusion, biocontainment, and biomanagement. Examples of biosecurity include limiting visitors, providing protective clothing, and disinfecting vehicles.
Biosecurity refers to protecting poultry from disease-causing organisms. There are three types of biosecurity: conceptual, structural, and operational. Conceptual biosecurity involves isolating farms in remote areas. Structural biosecurity uses fences and facilities for waste disposal. Operational biosecurity maintains visitor logs and requires farm clothing changes. Pathogens spread through fecal-oral, aerosol, mechanical vectors, and biological vectors. A good biosecurity program focuses on isolation, traffic control, and sanitation to prevent disease transmission.
There are many potential causes of disease in poultry flocks, including pathogens, nutritional deficiencies, and poor management practices. Proper biosecurity aims to prevent disease transmission between flocks through preventative strategies that control disease-causing organisms and vectors. Key biosecurity practices include isolating flocks, restricting visitor and vehicle access, sanitizing equipment, maintaining good hygiene, and implementing a vaccination program tailored to the specific health risks facing each flock. Together, these measures can effectively control the spread of disease and protect poultry health.
1. Biosecurity procedures are used to prevent the introduction and spread of disease in poultry production systems.
2. Poultry production systems range from backyard/village systems with minimal biosecurity to intensive, industrial systems with high biosecurity.
3. Key biosecurity practices for farms include controlling access, maintaining all-in/all-out production, thorough cleaning and disinfection, and pest control.
The document discusses biosecurity measures for poultry production. It defines biosecurity, lists its objectives of preventing disease entry and spread, and describes benefits like reduced costs and improved health. It also outlines classifications of poultry production systems from minimal to high biosecurity, how diseases spread, and key biosecurity practices like controlling access, cleaning/disinfection, and pest control.
Role of fungi and it’s tolerance limits and measures to check them in stored products, Vishnu Vardhan Reddy.P
College of Veterinary Science, Tirupati
Sri Venkateswara Veterinary University, safe limits of mycotoxins,
The document discusses biosecurity measures for poultry farms. It emphasizes controlling flows of people, vehicles, animals and materials entering and leaving the farm to prevent the introduction and spread of pathogens. Proper farm design is important, including separating buildings for different age groups of birds and disinfecting areas between production cycles. The quality of water, feed, and chicks must also be controlled. Together, implementing biosecurity protocols helps limit disease outbreaks that can negatively impact productivity and profitability.
Disease prevention in desi chicken PPT by Dr chandra shekhar Godara DVM Chandra Godara
Disease prevention in desi chicken PPT by Dr chandra shekhar Godara DVM BIKANER CVAS , bikaner AND PPT submitted to prof. (Dr.) Basant bais mem , Head of LPT DEPARTMENT
Biosecurity refers to practices designed to prevent the introduction and spread of disease in poultry production. Key biosecurity measures for poultry farms include restricting access to potential sources of contamination, maintaining nesting areas indoors, and limiting traffic. Implementing biosecurity procedures plays an important role in minimizing infectious diseases and food safety issues. The principles of biosecurity involve bioexclusion, biocontainment, and biomanagement. Examples of biosecurity include limiting visitors, providing protective clothing, and disinfecting vehicles.
Biosecurity refers to protecting poultry from disease-causing organisms. There are three types of biosecurity: conceptual, structural, and operational. Conceptual biosecurity involves isolating farms in remote areas. Structural biosecurity uses fences and facilities for waste disposal. Operational biosecurity maintains visitor logs and requires farm clothing changes. Pathogens spread through fecal-oral, aerosol, mechanical vectors, and biological vectors. A good biosecurity program focuses on isolation, traffic control, and sanitation to prevent disease transmission.
There are many potential causes of disease in poultry flocks, including pathogens, nutritional deficiencies, and poor management practices. Proper biosecurity aims to prevent disease transmission between flocks through preventative strategies that control disease-causing organisms and vectors. Key biosecurity practices include isolating flocks, restricting visitor and vehicle access, sanitizing equipment, maintaining good hygiene, and implementing a vaccination program tailored to the specific health risks facing each flock. Together, these measures can effectively control the spread of disease and protect poultry health.
1. Biosecurity procedures are used to prevent the introduction and spread of disease in poultry production systems.
2. Poultry production systems range from backyard/village systems with minimal biosecurity to intensive, industrial systems with high biosecurity.
3. Key biosecurity practices for farms include controlling access, maintaining all-in/all-out production, thorough cleaning and disinfection, and pest control.
The document discusses biosecurity measures for poultry production. It defines biosecurity, lists its objectives of preventing disease entry and spread, and describes benefits like reduced costs and improved health. It also outlines classifications of poultry production systems from minimal to high biosecurity, how diseases spread, and key biosecurity practices like controlling access, cleaning/disinfection, and pest control.
Role of fungi and it’s tolerance limits and measures to check them in stored products, Vishnu Vardhan Reddy.P
College of Veterinary Science, Tirupati
Sri Venkateswara Veterinary University, safe limits of mycotoxins,
A good poultry health management is an important component of poultry production. Infectious disease causing agents will spread through a flock very quickly because of the high stocking densities of commercially housed poultry.
For poultry health management to be effective a primary aim must be to prevent the onset of disease or parasites, to recognize at an early stage the presence of disease or parasites, and to treat all flocks that are diseased or infested with parasites as soon as possible and before they develop into a serious condition or spread to other flocks. To be able to do this it is necessary to know how to recognize that the birds are diseased, the action required for preventing or minimising disease and how to monitor for signs that the prevention program is working.
In this article it has been described :
Identify the threats to our poultry and how disease agents
might enter a poultry farm
Identify the costs of diseases and their prevention
Define the three principles of biosecurity:
Segregation & Traffic control
Cleaning
Disinfection
Identify biosecurity risks present in a poultry farm
Bio-Security plan is a set of practices designed to prevent the entry and spread of infectious diseases into and from a poultry farm.
Biosecurity requires the adoption of a set of attitudes and behaviours by people, to reduce risk in all activities involving poultry production and marketing.
This document summarizes broiler breeder management practices including housing, ventilation, temperature, lighting, feeding, health, and chick management. Key points include maintaining adequate ventilation and oxygen levels for chick health, preheating housing to ensure litter and air temperatures of at least 32°C at placement, using the appropriate feed programs over the breeders' lifespan, implementing biosecurity and disease prevention protocols, and providing the five essentials of brooding (feed access, temperature management, fresh air, clean water, and light intensity) for optimal chick development in the first weeks.
Poultry farming is a major industry worldwide, with millions of birds being raised for meat and egg production. Poultry farms are also potential sources of disease transmission, not only among birds but also between birds and humans.
Food hygiene aims to ensure food is safe for consumption by preventing contamination and spoilage at all stages from production to consumption. It includes hygiene practices for different foods like milk, meat, fish, eggs, fruits and vegetables. Milk can become contaminated during milking, handling or storage and cause diseases. Meat may transmit tapeworms or other parasites if not handled hygienically. Fish spoil quickly so signs of freshness like rigidity and bright gills are important. Eggs can become contaminated through cracked shells. Food handlers must maintain hygiene like clean hands and covering hair to prevent spreading infections. Proper sanitation of food premises is also important for food hygiene.
This document outlines guidelines from the Committee for the Purpose of Control and Supervision of Experiments on Animals (CPCSEA) for laboratory animal facilities in India. It discusses the CPCSEA's goals of promoting humane animal care while enabling research. Key guidelines covered include requirements for veterinary care, quarantine of new animals, disease control/treatment, hygienic facilities and equipment, environmental conditions, housing and caging standards, and qualifications for animal facility personnel. The overall aim is to ensure a high standard of animal welfare in research settings.
This document discusses the management of specific pathogen free (SPF) and gnotobiotic laboratory animals. It defines SPF animals as those free of specified microorganisms and parasites. Gnotobiotic animals are derived via cesarean section and maintained germfree. The document outlines the purchase, housing, breeding, and screening of SPF and gnotobiotic animals. It emphasizes strict biosecurity protocols to prevent contamination, including staff training, barrier facilities, and routine screening of animals and facilities. Proper care, record keeping, and environmental conditions are also necessary to maintain these specialized research colonies.
This document discusses the importance of biosecurity in poultry production and outlines best practices for an effective biosecurity program. It emphasizes that biosecurity must be integrated into farm management from the beginning of the production process. The document then details specific biosecurity measures that should be implemented regarding farm location, access control, sanitation, pest control, food/water quality, house access, cleaning and disinfection, and validation of the overall program. Regular training, monitoring and audits are also recommended to ensure strict adherence to biosecurity protocols.
The document discusses biosecurity and disease management for small ruminants. It provides 10 steps for maintaining biosecurity on the farm, including keeping a closed flock/herd, quarantining new animals, restricting traffic, and implementing vaccination and parasite control programs. It also discusses disease prevention through proper nutrition, facilities and a relationship with a veterinarian. For disease management, it covers common diseases like CL, footrot, parasites and recommends integrated approaches using management, genetics and targeted use of dewormers.
The document provides information on the poultry industry and processing in India. It discusses that poultry meat production makes up 50% of India's total meat production. It also outlines the key steps in poultry processing, including receiving, slaughtering, scalding, defeathering, evisceration, washing, chilling, packaging, freezing and preservation. Finally, it discusses important considerations for the layout and design of poultry processing plants, such as adequate space for buildings, drainage, lighting, ventilation and separation of clean and dirty areas.
Growers can implement biosecurity measures to protect their flocks from disease. Biosecurity helps prevent diseases like bursal disease, coccidiosis, fowl cholera, fowl coryza, Marek's disease, Newcastle disease, mycoplasmosis, and salmonellosis. Producers are the first line of defense for food security and should control access to their farm, monitor who and what comes in contact with their birds, and clean and disinfect any shared equipment. Implementing proper biosecurity protocols can help keep diseases out and improve the health and profitability of a flock.
Farm hygiene and biosecurity practices are implemented at both breeder and broiler farms to reduce the risk of disease agents moving on to farms from outside sources (eg wild bird populations or from other farms), the movement of disease agents between sheds on the same farm, carry over of disease agents from one batch to the next in the shed environment, and carry over of disease agents from breeding flocks to their progeny via the egg. Farmers take a range of precautions to prevent entry of diseases onto broiler farms.
Over 30 billion broiler chicks are produced annually worldwide, with the first 24 hours being critical for their health and survival. Newly hatched chicks face numerous stressors and poor management during this time can negatively impact mortality, weight gain, feed conversion, and costs. Farmers must ensure optimal brooding temperature, air quality, water access, feed availability, litter quality, and biosecurity measures to give the chicks the best start and maximize their genetic growth potential and final performance.
This document provides information on hoof care for sheep and goats. It discusses the importance of regular hoof inspection and trimming to prevent lameness and disease. Factors like genetics, environment, and diet can affect hoof growth rates. Dairy goats may need trimming every 4 months to prevent overgrowth issues. Proper restraint, tools, and techniques are described for safe trimming. Common hoof diseases like footrot, foot scald, and abscesses are explained. The document provides guidance on quarantine, treatment, and eradication protocols to prevent and eliminate footrot from a flock or herd.
Food technology is a branch of food science that addresses the production, preservation, quality control and research and development of food products. Bakery at the Faculty of Food Technology, Latvia University of Life Sciences and Technologies The food technology room at Marling School in Stroud, Gloucestershire
This document discusses biosecurity in aquaculture. It defines biosecurity as measures adopted to secure a disease-free environment in all phases of aquaculture. It identifies different levels of biosecurity including external and internal barriers to prevent the spread of disease. Components of biosecurity include quarantine, sanitation, and disinfection. Recommended protocols for sanitation and disinfection include being careful with live foods, proper storage and usage of manufactured feeds, and good overall system cleanliness. The document also discusses biosecurity strategies for shrimp production specifically.
Discuss one cause of foodborne illness..Not E coli ... State why it .pdfarishmarketing21
Discuss one cause of foodborne illness..Not E coli ... State why it is a public health problem?
The discuss why this problem occurs, Also discuss current control measures recommended and
used to prevent and control the foodborne illness that is the focus of your discussion. Finally, you
should propose a new control strategy or measure(s) that, if implemented, you believe would
reduce or eliminate the problem that you have characterized earlier Your proposal for improved
prevention and control practice should utilize terms and concepts,You should explain how your
proposal relates to the problem that you identified earlier in the paper, why you believe that it
will work, and how your proposed measure(s) fill gaps in the current public health response.
Solution
- Listeriosis is a serious infection caused by the germ Listeria monocytogenes. People usually
become ill with listeriosis after eating contaminated food. The disease primarily affects pregnant
women, newborns, older adults, and people with weakened immune systems. It\'s rare for people
in other groups to get sick with Listeria infection.
Listeriosis is usually a mild illness for pregnant women, but it causes severe disease in the fetus
or newborn baby. Adults 65 years and older and people with weakened immune systems most
commonly develop severe infections of the bloodstream (causing sepsis) or brain (causing
meningitis or encephalitis). Listeria infections can sometimes affect other parts of the body,
including bones, joints, and sites in the chest and abdomen.
- it is a public health problem because Recognized as an important public health problem in the
United States, Listeria monocytogenes is a ubiquitous, intracellular pathogen known to cause
food-contaminating outbreaks. These microorganisms have the ability to multiply within host
cells and spread from cell to cell
- control measures -
Avoiding Outbreaks
A clean, dry environment is of utmost importance in controlling Listeria. Common processing
facility contamination sites include floors, walls, ceilings, food contact surfaces, cleaning aids,
drains/wash areas, and heating, ventilation, and air conditioning (HVAC) systems. Potential
problem areas should be identified at each processing facility
Without meticulous and proper cleaning, plant equipment, including any equipment used for
refrigeration and HVAC, can become breeding grounds for microorganisms. Intermittent defrost
systems, which are subject to frequent washdowns, encourage microbial growth. Because they
often contain moisture from standing water or condensation, special attention should be paid to
these systems to prevent their contamination.
Among the many general guidelines for keeping a food processing facility clean, visual
inspection and routine testing are important. While regular cleaning can help prevent outbreaks,
continuous monitoring is needed to assess further control measures. Determine sample points
and frequency for routine environmental testing, food cont.
This document discusses swine health, diseases, and disease control. It covers several topics including hereditary and acquired diseases, parasitic diseases, common pig diseases and parasites, infectious diseases of swine like brucellosis and leptospirosis, housing requirements for swine including climate considerations and pen requirements, electronic sow feeding, manure management, and processing and marketing of swine meat.
A good poultry health management is an important component of poultry production. Infectious disease causing agents will spread through a flock very quickly because of the high stocking densities of commercially housed poultry.
For poultry health management to be effective a primary aim must be to prevent the onset of disease or parasites, to recognize at an early stage the presence of disease or parasites, and to treat all flocks that are diseased or infested with parasites as soon as possible and before they develop into a serious condition or spread to other flocks. To be able to do this it is necessary to know how to recognize that the birds are diseased, the action required for preventing or minimising disease and how to monitor for signs that the prevention program is working.
In this article it has been described :
Identify the threats to our poultry and how disease agents
might enter a poultry farm
Identify the costs of diseases and their prevention
Define the three principles of biosecurity:
Segregation & Traffic control
Cleaning
Disinfection
Identify biosecurity risks present in a poultry farm
Bio-Security plan is a set of practices designed to prevent the entry and spread of infectious diseases into and from a poultry farm.
Biosecurity requires the adoption of a set of attitudes and behaviours by people, to reduce risk in all activities involving poultry production and marketing.
This document summarizes broiler breeder management practices including housing, ventilation, temperature, lighting, feeding, health, and chick management. Key points include maintaining adequate ventilation and oxygen levels for chick health, preheating housing to ensure litter and air temperatures of at least 32°C at placement, using the appropriate feed programs over the breeders' lifespan, implementing biosecurity and disease prevention protocols, and providing the five essentials of brooding (feed access, temperature management, fresh air, clean water, and light intensity) for optimal chick development in the first weeks.
Poultry farming is a major industry worldwide, with millions of birds being raised for meat and egg production. Poultry farms are also potential sources of disease transmission, not only among birds but also between birds and humans.
Food hygiene aims to ensure food is safe for consumption by preventing contamination and spoilage at all stages from production to consumption. It includes hygiene practices for different foods like milk, meat, fish, eggs, fruits and vegetables. Milk can become contaminated during milking, handling or storage and cause diseases. Meat may transmit tapeworms or other parasites if not handled hygienically. Fish spoil quickly so signs of freshness like rigidity and bright gills are important. Eggs can become contaminated through cracked shells. Food handlers must maintain hygiene like clean hands and covering hair to prevent spreading infections. Proper sanitation of food premises is also important for food hygiene.
This document outlines guidelines from the Committee for the Purpose of Control and Supervision of Experiments on Animals (CPCSEA) for laboratory animal facilities in India. It discusses the CPCSEA's goals of promoting humane animal care while enabling research. Key guidelines covered include requirements for veterinary care, quarantine of new animals, disease control/treatment, hygienic facilities and equipment, environmental conditions, housing and caging standards, and qualifications for animal facility personnel. The overall aim is to ensure a high standard of animal welfare in research settings.
This document discusses the management of specific pathogen free (SPF) and gnotobiotic laboratory animals. It defines SPF animals as those free of specified microorganisms and parasites. Gnotobiotic animals are derived via cesarean section and maintained germfree. The document outlines the purchase, housing, breeding, and screening of SPF and gnotobiotic animals. It emphasizes strict biosecurity protocols to prevent contamination, including staff training, barrier facilities, and routine screening of animals and facilities. Proper care, record keeping, and environmental conditions are also necessary to maintain these specialized research colonies.
This document discusses the importance of biosecurity in poultry production and outlines best practices for an effective biosecurity program. It emphasizes that biosecurity must be integrated into farm management from the beginning of the production process. The document then details specific biosecurity measures that should be implemented regarding farm location, access control, sanitation, pest control, food/water quality, house access, cleaning and disinfection, and validation of the overall program. Regular training, monitoring and audits are also recommended to ensure strict adherence to biosecurity protocols.
The document discusses biosecurity and disease management for small ruminants. It provides 10 steps for maintaining biosecurity on the farm, including keeping a closed flock/herd, quarantining new animals, restricting traffic, and implementing vaccination and parasite control programs. It also discusses disease prevention through proper nutrition, facilities and a relationship with a veterinarian. For disease management, it covers common diseases like CL, footrot, parasites and recommends integrated approaches using management, genetics and targeted use of dewormers.
The document provides information on the poultry industry and processing in India. It discusses that poultry meat production makes up 50% of India's total meat production. It also outlines the key steps in poultry processing, including receiving, slaughtering, scalding, defeathering, evisceration, washing, chilling, packaging, freezing and preservation. Finally, it discusses important considerations for the layout and design of poultry processing plants, such as adequate space for buildings, drainage, lighting, ventilation and separation of clean and dirty areas.
Growers can implement biosecurity measures to protect their flocks from disease. Biosecurity helps prevent diseases like bursal disease, coccidiosis, fowl cholera, fowl coryza, Marek's disease, Newcastle disease, mycoplasmosis, and salmonellosis. Producers are the first line of defense for food security and should control access to their farm, monitor who and what comes in contact with their birds, and clean and disinfect any shared equipment. Implementing proper biosecurity protocols can help keep diseases out and improve the health and profitability of a flock.
Farm hygiene and biosecurity practices are implemented at both breeder and broiler farms to reduce the risk of disease agents moving on to farms from outside sources (eg wild bird populations or from other farms), the movement of disease agents between sheds on the same farm, carry over of disease agents from one batch to the next in the shed environment, and carry over of disease agents from breeding flocks to their progeny via the egg. Farmers take a range of precautions to prevent entry of diseases onto broiler farms.
Over 30 billion broiler chicks are produced annually worldwide, with the first 24 hours being critical for their health and survival. Newly hatched chicks face numerous stressors and poor management during this time can negatively impact mortality, weight gain, feed conversion, and costs. Farmers must ensure optimal brooding temperature, air quality, water access, feed availability, litter quality, and biosecurity measures to give the chicks the best start and maximize their genetic growth potential and final performance.
This document provides information on hoof care for sheep and goats. It discusses the importance of regular hoof inspection and trimming to prevent lameness and disease. Factors like genetics, environment, and diet can affect hoof growth rates. Dairy goats may need trimming every 4 months to prevent overgrowth issues. Proper restraint, tools, and techniques are described for safe trimming. Common hoof diseases like footrot, foot scald, and abscesses are explained. The document provides guidance on quarantine, treatment, and eradication protocols to prevent and eliminate footrot from a flock or herd.
Food technology is a branch of food science that addresses the production, preservation, quality control and research and development of food products. Bakery at the Faculty of Food Technology, Latvia University of Life Sciences and Technologies The food technology room at Marling School in Stroud, Gloucestershire
This document discusses biosecurity in aquaculture. It defines biosecurity as measures adopted to secure a disease-free environment in all phases of aquaculture. It identifies different levels of biosecurity including external and internal barriers to prevent the spread of disease. Components of biosecurity include quarantine, sanitation, and disinfection. Recommended protocols for sanitation and disinfection include being careful with live foods, proper storage and usage of manufactured feeds, and good overall system cleanliness. The document also discusses biosecurity strategies for shrimp production specifically.
Discuss one cause of foodborne illness..Not E coli ... State why it .pdfarishmarketing21
Discuss one cause of foodborne illness..Not E coli ... State why it is a public health problem?
The discuss why this problem occurs, Also discuss current control measures recommended and
used to prevent and control the foodborne illness that is the focus of your discussion. Finally, you
should propose a new control strategy or measure(s) that, if implemented, you believe would
reduce or eliminate the problem that you have characterized earlier Your proposal for improved
prevention and control practice should utilize terms and concepts,You should explain how your
proposal relates to the problem that you identified earlier in the paper, why you believe that it
will work, and how your proposed measure(s) fill gaps in the current public health response.
Solution
- Listeriosis is a serious infection caused by the germ Listeria monocytogenes. People usually
become ill with listeriosis after eating contaminated food. The disease primarily affects pregnant
women, newborns, older adults, and people with weakened immune systems. It\'s rare for people
in other groups to get sick with Listeria infection.
Listeriosis is usually a mild illness for pregnant women, but it causes severe disease in the fetus
or newborn baby. Adults 65 years and older and people with weakened immune systems most
commonly develop severe infections of the bloodstream (causing sepsis) or brain (causing
meningitis or encephalitis). Listeria infections can sometimes affect other parts of the body,
including bones, joints, and sites in the chest and abdomen.
- it is a public health problem because Recognized as an important public health problem in the
United States, Listeria monocytogenes is a ubiquitous, intracellular pathogen known to cause
food-contaminating outbreaks. These microorganisms have the ability to multiply within host
cells and spread from cell to cell
- control measures -
Avoiding Outbreaks
A clean, dry environment is of utmost importance in controlling Listeria. Common processing
facility contamination sites include floors, walls, ceilings, food contact surfaces, cleaning aids,
drains/wash areas, and heating, ventilation, and air conditioning (HVAC) systems. Potential
problem areas should be identified at each processing facility
Without meticulous and proper cleaning, plant equipment, including any equipment used for
refrigeration and HVAC, can become breeding grounds for microorganisms. Intermittent defrost
systems, which are subject to frequent washdowns, encourage microbial growth. Because they
often contain moisture from standing water or condensation, special attention should be paid to
these systems to prevent their contamination.
Among the many general guidelines for keeping a food processing facility clean, visual
inspection and routine testing are important. While regular cleaning can help prevent outbreaks,
continuous monitoring is needed to assess further control measures. Determine sample points
and frequency for routine environmental testing, food cont.
This document discusses swine health, diseases, and disease control. It covers several topics including hereditary and acquired diseases, parasitic diseases, common pig diseases and parasites, infectious diseases of swine like brucellosis and leptospirosis, housing requirements for swine including climate considerations and pen requirements, electronic sow feeding, manure management, and processing and marketing of swine meat.
Similar to Biosecurity Measure for Poultry farm PPT (20)
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Increasing urbanization, rural–urban migration, rising standards of living, and rapid development associated with population growth have resulted in increased solid waste generation by industrial, domestic and other activities in Nairobi City. It has been noted in other contexts too that increasing population, changing consumption patterns, economic development, changing income, urbanization and industrialization all contribute to the increased generation of waste.
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Aim:
A healthy, safe, secure and sustainable solid waste management system fit for a world – class city.
Improve and protect the public health of Nairobi residents and visitors.
Ecological health, diversity and productivity and maximize resource recovery through the participatory approach.
Goals:
Build awareness and capacity for source separation as essential components of sustainable waste management.
Build new environmentally sound infrastructure and systems for safe disposal of residual waste and replacing current dumpsites which should be commissioned.
Current solid waste management situation:
The status.
Solid waste generation rate is at 2240 tones / day
collection efficiently is at about 50%.
Actors i.e. city authorities, CBO’s , private firms and self-disposal
Current SWM Situation in Nairobi City:
Solid waste generation – collection – dumping
Good Practices:
• Separation – recycling – marketing.
• Open dumpsite dandora dump site through public education on source separation of waste, of which the situation can be reversed.
• Nairobi is one of the C40 cities in this respect , various actors in the solid waste management space have adopted a variety of technologies to reduce short lived climate pollutants including source separation , recycling , marketing of the recycled products.
• Through the network, it should expect to benefit from expertise of the different actors in the network in terms of applicable technologies and practices in reducing the short-lived climate pollutants.
Good practices:
Despite the dismal collection of solid waste in Nairobi city, there are practices and activities of informal actors (CBOs, CBO-SACCOs and yard shop operators) and other formal industrial actors on solid waste collection, recycling and waste reduction.
Practices and activities of these actor groups are viewed as innovations with the potential to change the way solid waste is handled.
CHALLENGES:
• Resource Allocation.
Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
Presented by The Global Peatlands Assessment: Mapping, Policy, and Action at GLF Peatlands 2024 - The Global Peatlands Assessment: Mapping, Policy, and Action
2. • Measures that should be taken to keep any diseases from a farm.
To protect from a biological threat
A Poultry Producer operates within a complex global food system.
Producers are the first line of defense in our food security system
• Biosecurity is the cheapest, most effective means of disease control
available
Biosecurity
3. • The Benefits of Biosecurity
Helps keep out diseases Reduces the risks
Limits the spread of disease
Reduces mortality losses
Improves profitability
Biosecurity
4. People
Vehicles
Equipment
Disease Animals
Carrier Animals
Fecal Material
Body Discharges
Contaminated Feed and Water
How Disease Spread?
5. How is Biosecurity
Achieved?
Tire Baths
Reduces opportunity for incoming traffic,
such as feed and delivery trucks, to bring
in pathogens from outside the perimeter of
the farm.
6. • Outside Perimeter
High fences prevent intruders such as animals and people from
entering the premises and possibly transmitting diseases to the flock.
How is Biosecurity Achieved?
7. Control vector habitat and attractants
Birds
Rodents
Varmints
Insects
Make sure pen is animal and bird proof
How is Biosecurity Achieved?
8. How is Biosecurity
Achieved?
Footbaths
Footbaths are placed outside the door
of all facilities and contain
disinfectants, reducing the risk of
bringing pathogens inside the
buildings.
9. How is Biosecurity
Achieved?
Sanitation of Equipment and Supplies
The purpose of sanitizing equipment,
surfaces, and supplies is to reduce
pathogens.
This is especially important in
preventing the spread of diseases
between neighboring flocks.
10. How is Biosecurity
Achieved?
Good Hygiene
Prior to entering the facility, employees and
visitors should demonstrate good hygiene by
showering and wearing clean designated
clothing such as boot covers, hairnets, and
cover-all.
11. How is Biosecurity
Achieved?
Entrance Order
The order of entering facilities depends on the
age of the birds.
For example, you want to enter the hatchery first
(where the youngest birds are), before entering
the grower house (where the older birds live.)
Older birds have stronger immune systems,
making them more resilient to any pathogens
that may be present.
12. How is Biosecurity
Achieved?
No contact with outside birds
Since most avian diseases are
transmitted through the air, it is highly
important to have no contact with
outside birds within 72 hours of
entering a facility.
This includes pets as well as birds
from other flocks.
14. Minimize stressors to prevent increased
susceptibility to disease
Fresh feed
Clean water
Clean, dry litter
Good ventilation
Provide an overall comfortable environment
Maintain Flock health
16. This factor has the greatest impact on the
animals' living conditions and on their
performance. Young animals: the body
temperature regulation mechanisms of chicks are
not very effective during the first few days of life.
The surface area in contact with the air is
proportionally very high. The buildings should be
warmed up 48 hours before the arrival of a new
flock. At start-up and until adult feathering is
achieved avoid temperature variations of more
than 5°C over a period of 24 hours. Avoid very
high temperatures, especially at the end of the
production.
TEMPERATURE
17. • On a farm, litter which is in poor condition indicates that other
parameters are being incorrectly controlled.
LITTER
18. • The term "chick quality" covers all the variables which may relate
directly with the ability of the chick to generate a profit. The health
quality of the chick is one component of chick quality. Controlling
this form of quality involves ensuring that the chick is not carrying
some infections: Salmonella, mycoplasmas, colibacillosis etc.
CHICK QUALITY
19. • Watch for symptoms such as:
Coughing, sneezing, watery eyes, ruffled feathers, loss of
feathers, excessive picking, labored breathing and sudden drops
in production and feed or water consumption
• Eliminate unhealthy or nonproductive birds
• Check birds periodically for lice, mites, and worms
Disease/Health Checks
20. • Vaccinating breeders limits the vertical transmission of pathogens
(e.g. : encephalomyelitis) which could otherwise degrade chick
viability. It also enables the mothers to pass on protection via
maternal antibodies, which will protect the chicks for a certain
time. Vaccinating breeders thus enhances the chick's own passive
immunity (e.g. against IBD and infectious anemia).
Vaccination