The microbiome as a transforming tool for animal nutrition

Bacteria play a role in the digestion and absorption of these nutrients. Understanding the gut microbiota can help formulate more precise diets, improve digestive efficiency, and optimize animal growth.

What advantages do both the animals and the producer experience when feed manufacturing is tailored to each animal and based on herd results?

In the animal, it generates improvements in the immune system, intestinal health, and promotes breeding within desirable welfare and growth parameters.

The producer benefits from a reduction in biosecurity concerns, such as the incidence of Salmonella spp. or Clostridium spp., along with lower expenses on medication and additives. Additionally, feed efficiency is enhanced.

We must remember that feed accounts for 70% of farming costs, so any gains achieved through diet optimization have a direct impact on the producer’s profitability.

I will center my attention on the sustainability aspect of ESG, which directly affects the practice of animal farming.

AI can assist us not only in developing diets to eliminate the reliance on antibiotics in poultry farming or mitigate methane emissions in cattle but also in fostering an integrated management of these sustainability aspects.

It will play a crucial role in identifying underperforming producers and providing recognition to those who excel in their work.

Biotechnology holds an edge over other tools as it enables us to directly “listen” to the animals, providing valuable insights.

What I am referring to is that barn monitoring systems utilizing sensors provide indirect data on animal husbandry. In simpler terms, we become aware of an animal’s illness or need for care only when it begins exhibiting clinical signs.

With biotechnology, you can take preventive actions because biological analyses are highly sensitive and can provide subclinical information, i.e., before the animal exhibits clinical signs.

For example, the absence of specific bacteria in the gut microbiota can indicate a deficiency of vitamins or fibers in the diet.

While various tools and the study of all species in production are available, certain species, such as ruminants, pose additional complexity.

Artificial intelligence will be a great ally in animal production because it deals with complex systems better than human intelligence.

The more information we provide to the algorithms, the easier it will be to determine factors that can improve or worsen animal performance.

Let me give you a practical example: Have you heard of digital twin technology?

This technology allows AI to simulate a poultry farm within a computer.

Here’s how it works: The producer provides data from the production unit, such as location, time of year, breed of animals, diet, age, sex, and other information. Then, we create a virtual farm for them.

Within this digital farm simulation, it is possible to replicate variations in the diet, utilization of additives or vaccines, and forecast the potential effects these modifications may have on the flock’s finishing.

At Ylive, we are actively developing this capability. Artificial intelligence will revolutionize the industry by allowing the testing of new products without requiring any alterations to the diet or management practices.

With the emergence of these technologies, there is a common thought among consultants and agricultural professionals about incorporating technology into the field, potentially replacing human labor with digital solutions. However, for Natanael, this issue is very natural, and such substitution is not likely to happen.

However, consultants need not be concerned as technology is not intended to replace them but rather to enhance their work efficiency.

Consultants will transition into technology operators, utilizing a range of technological packages to facilitate decision-making for each client. These tools will enable personalized farm management and provide a means to evaluate the effectiveness of recommended measures.

Consequently, they will have access to data that empowers them to make informed decisions and effectively communicate the rationale behind their recommendations to clients. Ultimately, this mutually beneficial approach benefits all stakeholders involved.

Over the past 50 years production has expanded through the utilization of genetic selection, diet optimization, and effective management practices.

However, decision-making has predominantly relied on empirical evidence. Producers often base their choices on the practices adopted by neighboring farms, rather than considering the specific needs of their animals.

Consequently, additives that are successful in the southern region of Brazil may be recommended in the Northeast, despite the contrasting conditions related to animal nutrition, environmental factors, and management practices. This approach is poised to undergo a significant transformation.

In the upcoming years, we can expect a substantial impact from intensive digitization and enhanced production efficiency. As you rightly mentioned, the demand for food is projected to increase by 50%, but the price of meat is not expected to rise proportionally.

There will no longer be room for empirical approaches.

The approach to supplementation will also undergo a transformation. Instead of relying on numerous additives in animal diets and constantly changing suppliers to address various issues, a new paradigm will emerge. Animals will be equipped with genetically modified bacteria in their intestines, capable of producing a wide range of additives. By utilizing sensors to assess the animals’ needs, the producer will have the ability to selectively activate or deactivate these bacteria, ensuring precise and targeted supplementation as required.

You may also like to read: “Enhancing the gut microbiome of animals while ensuring food quality and safety”

Source: This interview was originally conducted in portuguese by nutriNews Brasil.