This document discusses sustainable antibiotic-free broiler meat production. It begins with a history of antibiotic use in poultry farming and the development of antibiotic resistance. Regulations in India regarding antibiotic use are outlined. Alternatives to antibiotic growth promoters that could be used include probiotics, prebiotics, organic acids, enzymes, and phytogenic feed additives. These alternatives can improve growth performance, gut health, and immune function. While consumer demand exists for antibiotic-free meat, producing it profitably remains challenging. Strict regulations and awareness programs are needed to combat antibiotic resistance and facilitate a transition to sustainable antibiotic-free broiler production.
"عسى ان تكون علما ينتفع به"
Role of trace minerals in poultry nutrition
Difference between organic and inorganic source of trace minerals
Poultry nutrition
Conclusions
• Each additive affects microflora in a different manner
• Succesful and Sustentable Additives should contribute to mantain microflora diversity
• Some additives may also affect the host directly, not only the microbial communities
• Effects at host level should be understood and used to improve holistic efficiency
"عسى ان تكون علما ينتفع به"
Role of trace minerals in poultry nutrition
Difference between organic and inorganic source of trace minerals
Poultry nutrition
Conclusions
• Each additive affects microflora in a different manner
• Succesful and Sustentable Additives should contribute to mantain microflora diversity
• Some additives may also affect the host directly, not only the microbial communities
• Effects at host level should be understood and used to improve holistic efficiency
Antibiotic growth promoter have played a critical role in contributing to the economic effectiveness of animal production as feed supplements at sub-therapeutic doses, to improve growth and feed conversion efficiency, and to prevent infections However, injudicious use of antibiotic growth promoter leads to development of antimicrobial resistance and antibiotic residue posing a potential threat to human health.
Organic acids, probiotics, prebiiotic, enzymes, phytobiotics, bacteriophage etc. are effective antibiotic alternatives to promote animal growth performance in poultry, swine, and beef and dairy production.
The liver is the central laboratory of a chicken’s body. It is essential that this organ is kept in an excellent condition in order to maintain a healthy bird. Understanding the metabolic function and causes of disruptions in liver functions helps us to provide the birds with the right feed and health treatment.
When we cut open the body of a chicken, the first organ that is most likely revealed is the liver. The message is clear. Nature wants us to examine the liver carefully before
proceeding to the other organs.The liver contains great functional reserve capacity, which is very important in domestic animals subjected to high production requirements. This organ adapts easily to different conditions by increasing the intensity of its functions.
Particularly in broilers, the liver has to cope with many challenges, including
high energy level feed, the addition of chemotherapeutics, coccidiostats
and others, whose desired metabolites must be maintained in equilibrium by hepatic homeostasis.Incidental treatments with highly hepatotoxic and nephrotoxic antibiotics
or sulfonamides pose serious risks and cause situations of difficult prognosis during a 40-45 day period in which the body acquires satisfactory muscular mass. What is the function of the liver and what might be the cause of malfunctioning?
The objective of a defined feeding management program is to supply a range of balanced diets that satisfy the nutrient requirements at all stages of development & that optimize efficiency and profitability without compromising bird welfare or the environment.
Minerals Deficiencies in Poultry Causes ,Effect & Treatment.A deficiency of either calcium or phosphorus in the diet of young growing birds results in abnormal bone development even when the diet contains adequate vitamin D3 . A deficiency of either calcium or phosphorus results in lack of normal skeletal calcification. Rickets is seen mainly in growing birds, while calcium deficiency in laying hens results in reduced shell quality and osteoporosis. This depletion of bone structure causes a disorder that is commonly referred to as “cage layer fatigue.” When calcium is mobilized from bone to overcome a dietary deficiency, the cortical bone erodes and is unable to support the weight of the hen. A deficiency of manganese in the diet of immature chickens and turkeys is one of the causes of perosis and of thin-shelled eggs and poor hatchability in mature birds (also see Nutrition and Management: Poultry: Calcium and Phosphorus Imbalances). It can also cause chondrodystrophy.
The most dramatic effect of manganese deficiency syndrome is perosis, characterized by enlargement and malformation of the tibiometatarsal joint, twisting and bending of the distal end of the tibia and the proximal end of the tarsometatarsus, thickening and shortening of the leg bones, and slippage of the gastrocnemius tendon from its chondyles. Elevated intakes of calcium and/or phosphorus will aggravate the condition due to reduced absorption of magnesium by precipitated calcium phosphate in the intestinal tract.
In laying hens, reduced egg production, markedly reduced hatchability, and eggshell thinning are often noted. Deficiencies of both iron and copper can lead to anemia. Iron deficiency causes a severe anemia with a reduction in PCV. In color-feathered strains, there is also loss of pigmentation in the feathers. The birds' requirements for RBC synthesis take precedence over metabolism of feather pigments, although if a fortified diet is introduced, all subsequent feather growth is normal. Iron may be needed not only for the red feather pigments, which are known to contain iron, but also to function in an enzyme system involved in the pigmentation process.
In the tropical climate like India, the high ambient temperature along with high humidity is the major stressor (abiotic), thus resulting in the HEAT STRESS a major concern of poultry production.
55°F – 75°F Thermoneutral zone
65°F – 75°F Ideal temperature zone
75°F – 85°F A slight reduction in feed consumption
85°F – 90°F Feed consumption falls further, cooling should be started before this temp is reached.
90°F - 95°F Feed consumption continues to drop, danger of heat prostration among layers, cooling .
95°F-100°F Heat prostration, water consumption is high.
>100°F Emergency measures must be taken, survival is concern at these temperatures.
CONCEPTS AND STRATEGIES TO AMELIORATE THE HEAT STRESS
1. Environmental strategies
Intermittent Photoschedule(light).
2. Housing management
Sites election, design and construction, ventilation, internal and roof cooling, Density of birds.
3. Nutritional strategies
Increasing energy density
Dietary Protein level and Amino acid composition
Vitamins – A,C,E.
Minerals.
Non nutrient feed additives.
Water and electrolyte balance.
4. Feeding strategies
Early feeding
Intermittent feeding
Sex separate feeding
Fasting or feed with drawl.
5. Genetic strategies
Selection for heat tolerance.
Selection for disease resistance.
Use of major genes – Naked neck(Na), Frizzle(F), Dwarf(dw), Silky (h), Slow feathering (K).
ENVIRONMENT STRATEGIES:
A). Intermittent Photo schedule
An intermittent light regime can improve the feed efficiency and thus the broiler production efficiency, by decreasing the fat deposition associated with increased incidence of leg abnormalities, metabolic and cardiovascular diseases, ascites.
The favourable effect is related to the lower heat production during both light and dark period, although fluctuations in heat production are following closely the light-dark alternation.
This photo schedule contains more than one scotophase and one darkphase which recur at 24 hr intervals.
This regime increases the feed consumption during cooler part of the day.
Symmetric - when scotophase and dark phase are of equal length.
Asymmetric - when they are not in equal length.
3weeks age of broiler raised under 2L:4D intermittent light regime were significantly lighter than broilers raised in continuous light schedule but at 7 weeks it is reverse.(Proudfoot, 1975).
The initial reduction in body weight gain of birds under intermittent schedule is followed by compensatory growth, but the compensatory growth depends on genotype and sex.
Boschouwers and Nicaise (1992) observed that physical activity in broilers were lowest under 100Hz fluoroscent light and highest under incandescent.
HOUSING MANAGEMENT
Orientation : east west to reduce direct solar radiation
Shade of trees and green crops around the houses will prevent direct heating, .vegetation should be mowed frequently so that it doesnot obstruct air flow
Houses should be oriented perpendicular to wind direction for max
Different methods to calculateEnergy requirement for maintenance, growth, pregnancy, and lactation in ruminants
Sri Venkateswara veterinary university, Animal nutrition, Vishnu Vardhan Reddy
Phytogenic feed additives as an alternative to antibiotics in poultry dietsDeepak Nelagonda
Use of antibiotics as growth promoters is an age old process but due to many factors thrust for the search of alternative to antibiotics is growing, 'phytogenic feed additives' are one of the possible domains which could address the issue if they could be properly explored.
Presentation for first doctoral seminar on Advances in poultry nutrition.pptxPallaviMali14
Due to ban on use of antibiotics, introduction of probiotics/ prebiotics
/synbiotic (combination of pro-prebiotic) / organic
acids in poultry nutrition as replacement for
antibiotics.
Antibiotic growth promoter have played a critical role in contributing to the economic effectiveness of animal production as feed supplements at sub-therapeutic doses, to improve growth and feed conversion efficiency, and to prevent infections However, injudicious use of antibiotic growth promoter leads to development of antimicrobial resistance and antibiotic residue posing a potential threat to human health.
Organic acids, probiotics, prebiiotic, enzymes, phytobiotics, bacteriophage etc. are effective antibiotic alternatives to promote animal growth performance in poultry, swine, and beef and dairy production.
The liver is the central laboratory of a chicken’s body. It is essential that this organ is kept in an excellent condition in order to maintain a healthy bird. Understanding the metabolic function and causes of disruptions in liver functions helps us to provide the birds with the right feed and health treatment.
When we cut open the body of a chicken, the first organ that is most likely revealed is the liver. The message is clear. Nature wants us to examine the liver carefully before
proceeding to the other organs.The liver contains great functional reserve capacity, which is very important in domestic animals subjected to high production requirements. This organ adapts easily to different conditions by increasing the intensity of its functions.
Particularly in broilers, the liver has to cope with many challenges, including
high energy level feed, the addition of chemotherapeutics, coccidiostats
and others, whose desired metabolites must be maintained in equilibrium by hepatic homeostasis.Incidental treatments with highly hepatotoxic and nephrotoxic antibiotics
or sulfonamides pose serious risks and cause situations of difficult prognosis during a 40-45 day period in which the body acquires satisfactory muscular mass. What is the function of the liver and what might be the cause of malfunctioning?
The objective of a defined feeding management program is to supply a range of balanced diets that satisfy the nutrient requirements at all stages of development & that optimize efficiency and profitability without compromising bird welfare or the environment.
Minerals Deficiencies in Poultry Causes ,Effect & Treatment.A deficiency of either calcium or phosphorus in the diet of young growing birds results in abnormal bone development even when the diet contains adequate vitamin D3 . A deficiency of either calcium or phosphorus results in lack of normal skeletal calcification. Rickets is seen mainly in growing birds, while calcium deficiency in laying hens results in reduced shell quality and osteoporosis. This depletion of bone structure causes a disorder that is commonly referred to as “cage layer fatigue.” When calcium is mobilized from bone to overcome a dietary deficiency, the cortical bone erodes and is unable to support the weight of the hen. A deficiency of manganese in the diet of immature chickens and turkeys is one of the causes of perosis and of thin-shelled eggs and poor hatchability in mature birds (also see Nutrition and Management: Poultry: Calcium and Phosphorus Imbalances). It can also cause chondrodystrophy.
The most dramatic effect of manganese deficiency syndrome is perosis, characterized by enlargement and malformation of the tibiometatarsal joint, twisting and bending of the distal end of the tibia and the proximal end of the tarsometatarsus, thickening and shortening of the leg bones, and slippage of the gastrocnemius tendon from its chondyles. Elevated intakes of calcium and/or phosphorus will aggravate the condition due to reduced absorption of magnesium by precipitated calcium phosphate in the intestinal tract.
In laying hens, reduced egg production, markedly reduced hatchability, and eggshell thinning are often noted. Deficiencies of both iron and copper can lead to anemia. Iron deficiency causes a severe anemia with a reduction in PCV. In color-feathered strains, there is also loss of pigmentation in the feathers. The birds' requirements for RBC synthesis take precedence over metabolism of feather pigments, although if a fortified diet is introduced, all subsequent feather growth is normal. Iron may be needed not only for the red feather pigments, which are known to contain iron, but also to function in an enzyme system involved in the pigmentation process.
In the tropical climate like India, the high ambient temperature along with high humidity is the major stressor (abiotic), thus resulting in the HEAT STRESS a major concern of poultry production.
55°F – 75°F Thermoneutral zone
65°F – 75°F Ideal temperature zone
75°F – 85°F A slight reduction in feed consumption
85°F – 90°F Feed consumption falls further, cooling should be started before this temp is reached.
90°F - 95°F Feed consumption continues to drop, danger of heat prostration among layers, cooling .
95°F-100°F Heat prostration, water consumption is high.
>100°F Emergency measures must be taken, survival is concern at these temperatures.
CONCEPTS AND STRATEGIES TO AMELIORATE THE HEAT STRESS
1. Environmental strategies
Intermittent Photoschedule(light).
2. Housing management
Sites election, design and construction, ventilation, internal and roof cooling, Density of birds.
3. Nutritional strategies
Increasing energy density
Dietary Protein level and Amino acid composition
Vitamins – A,C,E.
Minerals.
Non nutrient feed additives.
Water and electrolyte balance.
4. Feeding strategies
Early feeding
Intermittent feeding
Sex separate feeding
Fasting or feed with drawl.
5. Genetic strategies
Selection for heat tolerance.
Selection for disease resistance.
Use of major genes – Naked neck(Na), Frizzle(F), Dwarf(dw), Silky (h), Slow feathering (K).
ENVIRONMENT STRATEGIES:
A). Intermittent Photo schedule
An intermittent light regime can improve the feed efficiency and thus the broiler production efficiency, by decreasing the fat deposition associated with increased incidence of leg abnormalities, metabolic and cardiovascular diseases, ascites.
The favourable effect is related to the lower heat production during both light and dark period, although fluctuations in heat production are following closely the light-dark alternation.
This photo schedule contains more than one scotophase and one darkphase which recur at 24 hr intervals.
This regime increases the feed consumption during cooler part of the day.
Symmetric - when scotophase and dark phase are of equal length.
Asymmetric - when they are not in equal length.
3weeks age of broiler raised under 2L:4D intermittent light regime were significantly lighter than broilers raised in continuous light schedule but at 7 weeks it is reverse.(Proudfoot, 1975).
The initial reduction in body weight gain of birds under intermittent schedule is followed by compensatory growth, but the compensatory growth depends on genotype and sex.
Boschouwers and Nicaise (1992) observed that physical activity in broilers were lowest under 100Hz fluoroscent light and highest under incandescent.
HOUSING MANAGEMENT
Orientation : east west to reduce direct solar radiation
Shade of trees and green crops around the houses will prevent direct heating, .vegetation should be mowed frequently so that it doesnot obstruct air flow
Houses should be oriented perpendicular to wind direction for max
Different methods to calculateEnergy requirement for maintenance, growth, pregnancy, and lactation in ruminants
Sri Venkateswara veterinary university, Animal nutrition, Vishnu Vardhan Reddy
Phytogenic feed additives as an alternative to antibiotics in poultry dietsDeepak Nelagonda
Use of antibiotics as growth promoters is an age old process but due to many factors thrust for the search of alternative to antibiotics is growing, 'phytogenic feed additives' are one of the possible domains which could address the issue if they could be properly explored.
Presentation for first doctoral seminar on Advances in poultry nutrition.pptxPallaviMali14
Due to ban on use of antibiotics, introduction of probiotics/ prebiotics
/synbiotic (combination of pro-prebiotic) / organic
acids in poultry nutrition as replacement for
antibiotics.
The rising global human population and the improving general human welfare standards comes with an increasing demand for animal proteins. According to an outlook report by the Organisation for Economic Co-operation and Development (OECD) and the Food and Agriculture Organisation of the United Nations (FAO), the poultry meat production will grow over the next 10 years at around 2.3 percent annually to around 134.5 million tonnes of meat making it the largest meat sector from 2020 onwards.
This presentation was made in Sept 2010 at Manila during the Poultry show. Target audience were nutritionists , poultry consultants and feed manufacturers
A review: Application of probiotics in aquacultureAI Publications
Probiotics can be used as beneficial alternative to enhance the aquaculture production in sustainable way. Selection of the right strain and dose for particular aquaculture species is necessary for the desirable benefits of probiotics application. Probiotics can be administrated as water additives, feed additives and through injection of which as feed additives is commonly used in aquaculture. Application of probiotics has various benefits in aquaculture production as improve the growth performance, enhances the feed utilization, enhance the immune defense against pathogens, disease resistance, improve water quality and enhance stress tolerance capacity. Thus, application of probiotics in aquaculture can be used at the farm level to enhance the economic performance of the aquaculture species.
Probiotics and medicinal plants in poultry nutrition: a reviewSubmissionResearchpa
The use of medicinal plants and probiotics has recently gained interest since the ban on the use of antibiotics as growth promoters by the European Union in 2006. They are new alternatives to bridge the gap between food safety and production. Medicinal plants are cheaper and loaded with several minerals, vitamins and phytochemicals such as: alkaloids, saponin, flavonoids, phenols, tannins etc. which allows them to perform multiple biological activities. Probiotics on the other hand, repopulates the gastro intestinal tracts (GIT) with beneficial bacteria which controls the action of pathogens and control their population, thereby reducing mortality and improving general performance of an animal by Akintayo - Balogun Omolere. M and Alagbe, J.O 2020. Probiotics and medicinal plants in poultry nutrition: a review. International Journal on Integrated Education. 3, 10 (Oct. 2020), 214-221. DOI:https://doi.org/10.31149/ijie.v3i10.730 https://journals.researchparks.org/index.php/IJIE/article/view/730/703 https://journals.researchparks.org/index.php/IJIE/article/view/730
its about role of microbiology in food safety and role of Microbiology in discovering new technologies and techniques .Microbes can attack food and deteriorate its quality and safety for human consumption . it also tells about the microbial food safety concerns with respect to economy.
Introduction to Bacteriophage
Classification
Phage Life Cycle
Where we can find phages?
Desirable properties of phages used as biocontrol agents in foods
Bacteriophages for biocontrol of pathogens in food
Some reviews on Bacteriophage in food safety
Large Scale Production and Purification Strategy
Bacteriophages in Detection
Advantages of Phage
Challenges in Bacteriophage and Measures to control
Obligate intracellular parasites that multiply inside bacteria by making use of some or all of the host biosynthetic machinery
Bacteriophage and its Applications in Foodrasha mohamed
Introduction to Bacteriophage
Classification
Phage Life Cycle
Where we can find phages?
Desirable properties of phages used as biocontrol agents in foods
Bacteriophages for biocontrol of pathogens in food
Some reviews on Bacteriophage in food safety
Large Scale Production and Purification Strategy
Bacteriophages in Detection
Advantages of Phage
Challenges in Bacteriophage and Measures to control
Obligate intracellular parasites that multiply inside bacteria by making use of some or all of the host biosynthetic machinery
Role of antibiotics as growth enhancers in livestock Dr. Neeraj Bhatia
this article depicts the role of antibiotics used as growth promoters in livestock and the risks associated with it such as antibiotic resistance and various alternatives
Effect of Herbal Medicine Supplementations (Arsilvon Super, Bedgen40 and Hepa-cure Herbal Medicines) on Growth Performance, Immunity and Haematological Profile in Broilers
How can Animal Biotechnology contribute to Agenda 2063, ST&I Strategy for Afr...ILRI
Presented by Christian K. Tiambo, Jimmy Smith, Okeyo Mwai and Steve Kemp at the Animal Biotechnology: The Next Frontier Stakeholders Sensitization and Awareness Workshop on Animal Biotechnology Applications and Regulatory Perspectives, Naivasha, Kenya, 22-24 March 2021
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1. SUSTAINABLE ANTIBIOTIC-FREE BROILER MEAT
PRODUCTION
MILIND P. NANDE
MILIND P. NANDE
Assistant Professor
Krantisinha Nana Patil College of Veterinary Science, Shirwal
1
2. C
O
N
T
E
N
T
S
Introduction
History of use of Antibiotics
Development of Antibody Resistance
Regulation in India
Economical and Clinical Importance of Broiler
2
C
O
N
T
E
N
T
S
Prospects of Antibiotic-Free Broiler Meat Production
General approach about production of Antibiotic-free Broiler
Alternatives to Antibiotic Growthpromoters
Conclusion
7. History of use of antibiotics
1940s: Pharmaceutical By-products Tetracycline use in
Poultry Feed
1960-1990: AGP, Became Standard Practice in Agriculture.
1999: EU Banned use of Avoparcin , Verginimysin
7
2000: WHO recommended that antibiotics used in human
medicine should not be use in Animal.
2002: McDonalds and KFC
2003: FDA of the dangers associated with use of medical
antibiotics in food animals
2007: US banned fluoroquinolones
2012: AVMA develop fact sheet to veterinarians
8. Fig 1. Trends in antibiotic consumption in India
Laxminarayan and Chaudhury (2016)
9. Company Brand
Name
Antibiotic
present
Information on label
Venky’s Bamylate Bacitracin For increased weight gain
and improved feed
AGPs in Indian Poultry Market
Examples of feed premix with AGPs for broilers
9
and improved feed
efficiency
Tylomix Tylosin A growth promoter. In
broilers it provides
uniformity in growth
V-FUR
200
Furazolidone V-Fur 200 is an ideal growth
promoter for adult birds
10. Company Brand
Name
Antibiotic
present
Information on label
Biomir
Venture
LLP
LINCO-
MIR
Lincomycin Helps to increase the growth,
body weight with Colistin
sulpate economical FCR in
broiler
CO-MIR Doxycycline, Helps to increase the growth,
10
CO-MIR Doxycycline,
Colistin
sulphate
Helps to increase the growth,
body weight in broiler
improves feed consumption
efficiency. Act as best
performance booster.
CON-
MIR
Lincomycin,
Neomycin
Helps to increase the growth,
body weight with economical
FCR in broilers
11. Company Brand
Name
Antibiotic
present
Information on label
Vetline India Furavet Furazolidone An essential growth
promoter. Ensures better
growth, weight gain and feed
conversion
Progrovet Doxycycline Better feed conversion hence
11
Progrovet Doxycycline
Colistin
sulphate
Better feed conversion hence
increased weight gain in
broilers
Ayugen
Pharma
Pvt.Ltd.
Lincomax Lincomycin
Metranidazole
colistin
sulphate
Improves weight gain and
F.C.R. in broilers Helps in
improving growth and
performance
13. Penicillin (including Amphicillin)
Tetracycline (Including Chlortetracycline and
Oxytetracycline)
Sulphonamide (Sulphamethoxine, Sulphamethazine
and Sulphamethoxazole)
Fluroquonolone (Enrofloxacin, Ciprofloxacin)
DRUG MOSTLY DETECTED IN MEAT
Fluroquonolone (Enrofloxacin, Ciprofloxacin)
Neomycin
Gentamycin
Streptomycin
Arsenicals
14. Delhi NRC
(Delhi, Noida, Ghaziabad and
Faridabad)
To Generate Public awareness
about food safety in India
14
CSE Study Report-2014
Faridabad)
Study on 70 Chicken Samples
15. Punjab, Haryana, UP and Rajasthan
Sample collected from Litter and Agriculture soil for
detection of antibody resistance K. pnumoniae
15
CSE report (2017)
16. India
Food Safety and Standards Authority of
India (FSSAI)
Suggested, Veterinary supervision during use of antibiotics, different
Tolerance limit of antibiotics for only for sea foods
(Contaminants, Toxins and Residues) Regulations, 2011.23
16
https://www.fssai.gov.in/upload/uploadfiles/files/Compendium_Contaminants_Regulations_20_08_2020.pdf
http://115.112.238.112/eic/pdf/Exporters%20Guide%20Raw%20Chilled%20&%20Frozen%20Meat.pdf
Suggested, Veterinary supervision during use of antibiotics, different
slaughter house for poultry and livestock, Supply licence antibiotics for
treating its use, Strictly Ban on use of AGPs in poultry. (2015)
Tolerance limit for 43 antibiotics has been set for antibiotics and other
pharmacologically active substances (70) in poultry meat and meat
products by FSSAI. (2017) amendment 2020
17. The Ministry of Health and Family Welfare India:
Medicine should be labeled with the withdrawal period.
To encourage state to promote judicious use of antibiotics
(NLM 2013)
17
For Export follow EIC rule There are no regulations for
domestic consumption of chicken.
Ban use of Colistin in feed supplement of Poultry (2019)
18. Economic and Clinical Importance of Antibiotic-Free Broiler
Meat Production
14% Livestock GDP
One of Fastest annual growing industry from last
2 decade
Deliberate use Antibiotics
Non therapeutic use of Antibiotics cause
increase incidence of antimicrobial resistance.
Some pathogenic bacteria such as Psudomonas
aeruginosa and Salmonella typhi are resistance
to commonly used antibiotics
19. Prospects of Antibiotic-Free Broiler Meat Production
• Poultry farmers purchase of medicines
without a prescription.
• Consumer demand Safe, Hygienic and
Antibiotic Residue Free Broiler Meat.
Antibiotic Residue Free Broiler Meat.
• A Challenge of Alternative to Antibiotic.
20. Sr.
No
Strategy Action Plan
01 Apply Minimum 14 days
Interval for New Flock Entry.
Reduce Frequency of Pathogen
02 Maintain Dry Litter Reduce Ammonia Level, and Stocking
Time, Improve Ventilation
General Approach for Production of Antibiotic-free Broiler
20
Time, Improve Ventilation
03 Disposal of Dead Bird Regularly Minimize Bacterial Load and Prevent
Cannibalism
04 Use Coarse Grain to Finest Upgrade the Role of Gizzard and
Digestion
05 Use Probiotics Supplement in
Early Stage of Broiler Feed
Establish Healthy Gut Microorganisms
and Increase Growth Performance
06 Apply Good Sanitation Program
for Drinking Water
Reduce Contamination of Bacteria and
Remove Biofilm from the Pipeline,
Regulator and Nipple Drinker
21. Sr. No Strategy Action Plan
07 The Addition of Ingredients like
Wheat, Barley, and Oats
Minimize Gut Damage and
Subsequent Enteritis
08 Add Exogenous Enzymes Exploit Extraction and Digestion
of Nutrients and Minimize the
Viscosity of Digesta.
21
Viscosity of Digesta.
09 Add Essential Oil Extract to Feed Maintain Bacteria at Safe Levels
and Improve Intestinal Health
10 Maintain Good management
Practice
Minimize stress
11 Follow Good Bio-security
Practices
Reduce the Opportunity for
Disease
Haque et,al.(2020)
22. Alternatives to Antibiotic Growthpromoters
• Probiotics and Prebiotics
• Organic Acids (Acidifiers)
• Amino Acids and Enzymes
• Amino Acids and Enzymes
• Phytogenic Feed Additives
23. Probiotics and Prebiotics
Probiotics are live bacteria, fungi or yeast that
cause beneficial effect on health, if it is
administered in adequate doses.
Supplement the Gastrointestinal flora.
23
Probiotics can replace antibiotics by replacing
Microbiom.
Probiotics stimulate Intestinal Enzymes
Production.
Reduce Parasitic Infection
24. Microorganism used as Probiotics:
– Lactibacillus acidofilus
– Lactiobacillus casai
– Bifidobacterium bifidum
– Aspergillus oryzae
24
Characteristirics of Good Probiotics:
– G+, acid resistance, bile resistance and
30* 109 CFU/gm
– No Pathogenic No Harmful to Host
– High Servival Rate and Multiply Fast
– Adhesive Capacity must be Fast and Firm
26. The Effect of Probiotics on Weight Gain in Animal Production
A. Lactobacillus spp. increases weight gain in broiler chicks
Species Day Weight Day Weight
Broiler chicks 0 94.2 0 88.5
60 1623.1 60 1878.3
B. Weight gain associated with
increase in Firmicutes and
Firmicutes:Bacteriodetes ratio
(see below)
Black = control
Red= One dose
Green= Two doses
27. Prebiotics
Non-digestible Feed Ingredient/Supplement’ that beneficially
affects the host by selectively stimulating the growth of non-
pathogenic organisms in the gut/colon.
27
Mannan Oligosaccharides (MOS)
Fructo Oligosaccharides (FOS)
Fermentable Properties Stimulate the Growth and Activity.
Prebiotics alter Caecal Proteobacteria
30. Sr. No.
1.
2.
Ingredients Beneficial effects Reference
Prebiotic and Probiotic
products (Pre + Pro)
Pre + Pro diets exhibited higher BW
gain from d 28 to 41
Wang et al., (2016)
Probiotics (Protexin) and
Prebiotics (active MOS,
mannanoligosaccharides)
Probiotic Improved Feed intake ,
weight gain in the starter and
finisher, MOS improved weight gain
and feed conversion ratio (FCR)
Raheman et al., (2020)
30
3.
4.
and feed conversion ratio (FCR)
Bacillus spp.
reduce disease and mortality,
improve feed efficiency up to 5%,
enhance health.
Ramalukan et al.,
(2020)
Probiotic supplementation Modification of the intestinal
microbiota, Enhancement of growth
performance,decrease in ammonia
and urea excretion
Jha et al., (2020)
32. Organic Acid
Conservation agent
Organic acids are Short Chain Fatty Acids &
other carboxylic acids
32
Organic Acids Included in Feeds to:
Lower the pH of the Feed & Gut (Specially Upper GIT)
• Inhibiting the Growth of Pathogenic Intestinal
Microflora
• Reduces the Microflora Competing for the Host
Nutrient
• Increase in Nutrients Utilization
• Results in better Growth and Performance
33. Anti-Microbial action organic acids
Organic acid penetrates the cell
Inside the cell the acid dissociates
according to internal pH: HCOOH----
HCOO- (anion) +H+ (proton)
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The H+ (proton) decreases pH in the cell.
The bacteria use energy to remove the
protons and dies
Results in better Growth
35. Sr
No
Ingredients Beneficial effects Reference
1 Blend of organic acid and
clove essential oil
modulation of broiler gut microbiota
composition and enhance immunity
through the administration.
Gole et al.,
(2020)
2 Synergistic organic acid the addition of organic acids may protect
broiler chickens from severe intestinal
lesions and oxidative stress and may help
Sun et al.,
(2020)
35
lesions and oxidative stress and may help
reduce abdominal fat mass deposition.
3 1g/kg blends of formic
acid, propionic acid,
calcium propionate, and
ortho-phosphoric acid
Enhance immunity and growth
performance
Samanta et
al., (2008)
4 2g/kg blends of propinonic
acid and formic acid
Enhance growth performance Gunal et al.,
(2006)
36. Enzymes
Non-starch polysaccharides (NSPs) like β-glucans
(barley), arabinoxylans (wheat) or pentosans (rye)
Phytate depress the utilization of vegetable phosphorus.
Exogenous enzymes like xylanases, beta-glucanases,
proteases and phytase help to:
36
(i) Increase in the rate of digestibility of diet
- Less substrate (undigested starch and protein)
available in the anterior small intestine to provide
substrate for the endogenous microflora
- Reduction in the microbial population of intestine
(Clostridium perfringens)
(ii) Better utilization of nutrients
(iii) Better growth performance
- Birds have extracted more nutrients from the diet.
37. Application of Enzymes in Poultry Feed
Enzyme Substrates Target feedstuff Expected benefits
Beta- Glucanase Beta-Glucan Barley, oats and
rye based diets
Reproduction of
sticky droppings,
improved feed
utilization
37
utilization
Amylase Starch High starch cereal Increased
availability of
cereals
Lipase Fat Animal and
vegetable fats
Improved
digestibility of fat
and enhanced
energy retention
as a result
39. Sr.
No.
Content Beneficial effects Reference
01 Lycium
barbarum polysa
ccharides (LBP)
inclusion of LBP in the broiler
diets increased
overall amylase, lipase, and
protease activities (P < 0.05).
Long et al. (2020)
39
protease activities (P < 0.05).
improve growth performance,
digestive enzyme activities,
antioxidant capacity, and immune
function of broilers.
40. Phytogenic feed additives
The compounds of plant origin in
corporate into animal feed to
improvement of digestibility, nutrient
absorption and elimination of
40
absorption and elimination of
pathogens residents in the animal gut
plants, herbs, and spices
boosting the immune system, and
reducing stress
41. Sr
No
ingredients Beneficial effects Reference
1 Garlic (Allium sativum) Notable beneficial effects have been
seen on growth, feed efficiency,
stimulation of immune system and
lowering blood cholesterol levels in
poultry birds
Khan, (2012)
41
poultry birds
2 ground ginger root
(Zingiber officinale)
Weight gain by ginger levels in three
weeks
Abdallah,
(2013)
3 Shatawari High Drumstick weight, cost per kg live
weight gain higher, Net profit per bird
higher than control group
Dhale et al.,
(2014)
44. Conclusions
India is in beginning of stage of antibiotic-free
broiler production. Although consumer are
becoming more interested in antibiotic free broiler
meet. It is tough task to produce antibiotic free
meat while making farming profitable.
44
meat while making farming profitable.
Fighting against antimicrobial
resistance, awareness-building programs
must be follow on large scale.
45. Conclusions
It is scientifically proved that, Prebiotics, Probiotics, Enzymes,
Herbal Products, have good potential for alternative of
antibiotic growth promoters.
45
A strict regulation must be followed regarding use
of antibiotics as growth promoter by the
government.