Incorporation of antimicrobial agents in polymers.

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(16 participants)

In the last years the demands for incorporation of antimicrobial agents in polymers have increased tremendously. With the spread of COVID-19 epidemy this demand has grown even more. Antimicrobial material, such as intrinsically active polymers have a wide range of applications such as example solid surfaces, varnishes and paints but also active packaging and much more.

Due to the increasing awareness toward the menace presented by microorganisms, the market demand from customers for microbe-free materials is growing stronger. Plastics are also susceptible to colonisation by micro-organisms such as bacteria and fungi, which can present hygiene problems and negatively influence the functional shelf life of a product. One of the applications where the importance of antimicrobials in plastic materials is best seen is in the food packaging sector. Therefore, the additivation of these plastic materials with antimicrobial agents is of great importance as they help to better preserve food and ensure higher food quality. The concept of active packaging is based on the incorporation of such additives (antimicrobial active substances) into the packaging itself in the form of a functional coating. Currently there are few standardised techniques to assess the biological risk and efficacy of antimicrobial materials, so it is of great interest to have a methodology that allows to know the toxicity of antimicrobial compounds currently used in the plastics sector. Given the importance of determining the antimicrobial properties of plastic surfaces, the course will deal with the available and certified tests to quantify the antimicrobial effects of plastics and will review the different kind of antimicrobial materials and their mechanism of action, as well as their advantages and disadvantages in order to give to the assistants the tools to better understand and select the antimicrobial substances and materials.

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Registration period
Until 06 of November 2023 or full capacity

Date and Schedule

7th Nov

From 10:00 AM to 01:00 PM (CET)

Duration

3 class hours

Location

Online

Price

AIMPLAS members 160€

Non-members: 200€

Objectives
Who is it aimed at?
Programme
Upcoming editions
Teaching Staff
Methodology

Objectives

Know why there is a strong demand towards antimicrobial activity and future trends

Distinguish the different pathogens and which sector is more vulnerable to each of them

Understand the differences between the multiple mechanisms of actions and their advantages

Identify the industrial sector that can have most advantages in the use of antimicrobials materials

Recognize the principal commercial antimicrobial substances, where and when to use them

Know the different tests to measure antibacterial activity on plastics and other non-porous surfaces and understand their methodology.

Who is it aimed at?

Polymers and polymeric derivatives with intrinsic antimicrobial properties are of great interest for the development of clean surfaces and to fight the growing trend of antimicrobial resistant organisms. Not only medical oriented companies can ben interested in this course, the application of antimicrobial compounds may be of interested also for companies involved in the development of the following products: Ceramic materials Solid surfaces, Varnishes and paints, Food industry (active packaging), Agriculture and aquaculture, Veterinary and Coating applications

Programme

Presentation of the risks related to the presence of pathogens as perceived by the public and from professional. Future trends in the different market aspects and impact expected.

Introduction to the different typologies of pathogens such as virus, bacterias, fungi, etc. Concepts of microbiology.

Introduction to the possible mechanisms of action of antimicrobial materials, their advantages and disadvantages.

Presentation to the different antimicrobial compounds, pro and contra. Possible materials and sectors of applications.

Introduction to the different certified test to evaluate the antibacterial activity of different materials, specifically antibacterial-treated plastics.

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