BIOSECURITY AWARENESS PROGRAM

BIOSECURITY Reinforced: Securing Business Continuity

Join our free biosecurity awareness program webinar series and learn in 9 installments of 30 minutes about the latest updates on biosecurity in livestock breeding.

The program is led by the Faculty of Veterinary Medicine of Ghent University and sponsored by Sanphar and Vilofoss.

 

Webinar #1:       General Aspects of biosecurity, January 28, 2021

Webinar #2:       The five principles of biosecurity, February 25, 2021

Webinar #3:       External biosecurity part 1, March 25, 2021

Webinar #4:       External biosecurity part 2, April 29, 2021

Webinar #5:       External biosecurity part 3, May 27,2021

Webinar #6:       Internal biosecurity part 1, June 24, 2021

Webinar #7:       Internal biosecurity part 2, July 29, 2021

Webinar #8:       Internal biosecurity part 3, August 25, 2021

Webinar #9:       Biocheck.UGent, September 30, 2021

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Registration

Webinar #6: Internal Biosecurity (part 1)

Thu, June 24, 2021

10:00 AM – 10:45 AM CET
05:00 PM – 05:45 PM SGT

register now

Webinar #7: Internal Biosecurity (part 2)

Thu, July 29, 2021

10:00 AM – 10:45 AM CET
05:00 PM – 05:45 PM SGT

register now

Webinar #8: Internal Biosecurity (part 3)

Thu, August 25, 2021

10:00 AM – 10:45 AM CET
05:00 PM – 05:45 PM SGT

register now

Webinar #9: Biocheck.UGent

Thu, September 30, 2021

10:00 AM – 10:45 AM CET
05:00 PM – 05:45 PM SGT

register now

 

Scroll down for webniar archive and Q&A.

 

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Your Speakers

Prof. Dr. Jeroen Dewulf

As head of the Department of Epidemiology at the Faculty of Veterinary Medicine of Ghent University (Belgium), he has been conducting research for more than 20 years on the prevention of epidemic and endemic diseases with a focus on the application of biosecurity measures. Prof. Dr. Dewulf is the author of the books “Biosecurity in animal production and veterinary medicine” and “8 myths on antimicrobial resistance disproved, practical guide for reducing antibiotic use in animal husbandry”.

Drs. Nele Caekebeke

Drs. Caekebeke, a PhD student, is working since 2017 at the Department of Epidemiology of Ghent University (Belgium) including projects like anti-microbial use (AMU) reduction through improved biosecurity and coaching in pig and poultry production. Since 2018, she has given biosecurity training to an international public. Currently, she is part of the Biocheck-team at Ghent University.

Drs. Andy Vervaet

Drs. Andy Vervaet, a PhD student, has been working in the Veterinary Epidemiology group of Ghent University since 2019. His focus is on improving the biosecurity in veterinary teaching hospitals. Additionally, as a member of the biocheck.ugent team he is working on the development of e-learning modules on biosecurity.

Dr. Plamen Nikolov DVM

Dr. Nikolov draws from more than 20 years of experience in animal health and feed additives. Since 2010, he is Stalosan Technical Manager, Regulatory Affairs and Quality System Manager at Vilofoss. His expertise includes biosecurity, animal health, and food safety as well as regulation and quality management. He has travelled globally to advise farms to improve their production from the viewpoint of biosecurity.

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Archive and Q&A

View the recordings of our passt webinars:

Webinar #1: General Aspects of biosecurity

Webinar #2: 5 Principles of biosecurity

Webinar #3: External Biosecurity - Part 1

Webinar #4: External Biosecurity - Part 2

Webinar #5: External Biosecurity - Part 3

 

This Q&A will be extended with new questions and answers after every webinar with new questions.

#QuestionsAnswers
1How to maintain internal Biosecurity when flock infected with Low pathogenic avian Influenza?How to maintain internal Biosecurity when flock infected with Low pathogenic avian Influenza?Because to the importance of A.I., infected farm should report to the authorities and follow the rules established. If regulations state that (other) houses can still keep animals, strict biosecurity rules should be applied. Different clothing and footwear for each house + house specific materials. Nothing that comes into contact with the infected flock can come into contact with other  animals. Those topics will be covered in Webinar #6&7.
2How to use Stalosan F in animal house? what is recommendation dosage per area of disinfectant? Is there any approved effective dilution from reliable laboratories against major viral diseases in pigs and poultry?  Preventive application of Stalosan F is 50gr/m² weekly. For disease control the frequency of application should be increased to 2-3 weekly(same dosage). Stalosan F is ready to use product. We have plenty of tests made worldwide. Some viral tests(PRRS,PED, TGE - pigs, A.I., IBD - poultry)  are made by the University of Minnesota.
3 What type of disinfectant should be used inside the shed in the presence of chicken & during diseases outbreak?According to the legislation liquid disinfectants are not alowed for application in presence of animals. Moreover, due to dilution,  they are not effective in presence of organic materials. Stalosan F is the only powder disinfectant registered for this purpose. In addition, try to keep infections out by applying high external biosecurity standards (washing of hands, changing of clothes, footbaths, closing off the houses, ...)
4The antimicrobial resistance is not only amongs animals, there is also one health side of it, what do you think about it for the future? (question directed to Professor Dewulf)The subject has been effectively recognized as a broader ONE HEALTH scope, optimistically the synergy of the tripartite collaboration would bring the political will necessary to deal with the responsible use of Antibiotic. We have seen substantial reduction of Antibiotics Use happening but not enough information/analysis on the overall impact at ONE HEALTH level, both Human & Animal.  For deeper knowledge on the subject, I would recommend the book I have written on the subuject in “8 myths on antimicrobial resistance disproved, practical guide for reducing antibiotic use in animal husbandry”.
5How is Stalosan F in general used in pig stabels? And how in farrowing houses? 

The Standard application of Stalosan F application is once a week, 50 gr/m². In high pathogen pressure or increased mortality/morbidity it can be used more fequently (according to the situation).  For farrowing house application we have a separate document (see attachment t3://file?uid=767)

6What should the best biosecurity plan regarding Avian influenza include?This is difficult question to answer. There is no one standard answer to fit all farms' layout. Therefore, we recommend to follow strictly the 5 biosecurity principles adapted to the epidemiological situation & pressure and proceed for biosecurity system assessment of the particular farm in order to get the best advice! to test the level of biosecurity on your farm and find potential weaknesses you may want to ues the biocheck.ugent scoring system (free for use). This will likely help you to find the optimal strategy.
7Can Stalosan reduce the incidence of foot pad dermatitis?We have several trials, showing foot pad lesions reduction of about 30 - 35%. 
8How important is it, maintaining the dirty and clean area in the farm?It's very important. This is the way to prevent introduction of diseases into the farm.
9Do you send e-certificates at the end of the webinar?Sanphar did not consider issuing e-certificates in 2021 Biosecurity Awareness Program. But we are willing to consider it for the next year's program, including a proper evaluation of the participants' knowledge.
10Are there any specific and immerging points of operational biosecurity?One of the very critical points: Application of the biosecurity principles in daily routine.
11Which type of disinfectant is more effective against viruses like Avain Influenza and IB?There are many active substances with very good antiviral efficacy like bleach, hydrogen peroxide, etc.   However, for efficacy it is most important to look at the recommendations and requirements of the product intended for use.
12What is the main ingredient of Stalosan F?Stalosan F is based on mixture of minerals. The overall effects come from the synergy between ingredients.
13 What are necassary precautions when using or storing of stalosan? (e.g. direct sunlight, humidity, water immersion etc.)According to the instructions, Stalosan F should be kept in original bag in a dry place.
Sunlight does not have any negative effect, however water/moisture can cause clumping of the product. 
14Will you consider including formaldehyde to sanitize feeds?  What are your thoughts about it?Formaldehyde is the aldehyde primarily used in commercial feed treatments and has been shown to exhibit antibacterial efficacy by irreversible cross linking of proteins. When used as a feed additive it has been shown to be one of the more effective compounds for reducing Salmonella levels in feeds (Carrique-Mas et al., 2007; Cochrane et al., 2016). However, Carrique-Mas et al., (2007) has pointed out that concerns have been raised regarding safety to humans (Arts et al., 2006). More recent risk assessments (EFSA, 2014) have concluded that formaldehyde used for animal nutrition purposes would not be expected to be a risk for the environment but anyone handling the product should avoid exposure to the respiratory tract, skin, and eyes. The other consideration with the use of formaldehyde is the potential to reduce feed protein availability for digestion. Tamminga et al. (1979) concluded from studies conducted with ruminants that formaldehyde was effective in treating feed proteins to become resistant to proteolytic rumen microorganisms and thus escape relatively unscathed to the lower part of the digestive tract where they can be used by the ruminant animal. However, Tamminga (1979) also noted that if concentrations were too high, over protection of the proteins occurred where not only were proteins protected from rumen microbial proteolysis but also now were resistant to ruminant animal proteolytic enzymes resulting in a negative ruminant animal nutritional response. Formaldehyde as a antimicrobial feed additive has not been generally observed to cause adverse responses in animals (Wales et al., 2010). However, the impact on protein availability for the concentrations of formaldehyde used as a feed antimicrobial treatment may need to also be considered.

 

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