Researchers Asset

Bacteriophages, the natural predator of bacteria were discovered in Europe in the early 20th century.

Researchers quickly realised its potential in biomedical usage. However, the development was disrupted by the popularity of antibiotics during WW1 and WW2.

Today, phages are reclaiming the spotlight as precision tools against drug-resistant
bacteria.

What are they?

Phages are naturally occurring viruses
that specifically infect and destroy bacteria.

How do they work?

Phages attach to bacterial cells, inject their genetic material, and replicate inside until the bacteria burst, releasing new phages to continue the cycle.

The global crisis of antimicrobial resistance (AMR) demands innovative solutions

Antibiotics have saved countless lives, but overuse has led to the rise of resistant superbugs. 

By 2050, AMR could cause 10 million deaths annually.

Why phage is the answer?

Antibiotics have saved countless lives but its overuse has led to the rise of resistant superbugs.

Phages evolve alongside bacteria, making it harder for resistance to develop.

- OUR SOLUTIONS -

Registration in process

Overview

Salmonella enteritica is an important pathogen that can cause Salmonellosis in human. The infection can happen without symptoms in chicken, and left untreated.

Data

Product

Phage Cocktail Against S. enteritica

  • Carcass spraying water: add 10 ml of solution to each liter of water and rinse at least three times.
  • Chicken drinking water: add 1 ml of solution to each liter of water.
  • Day-old chick (DOC) transportation gel: add 1 ml of solution to every 100 grams of gel before dissolving the gel in 2 liters of water.

Registration in process

Salmonella enteritica is an important pathogen that can cause Salmonellosis in human. The infection can happen without symptoms in chicken, and left untreated.

Phage cocktail against S. enteritica

  • Carcass spraying water: add 10 ml of solution to each liter of water and rinse at least three times.
  • Chicken drinking water: add 1 ml of solution to each liter of water.
  • Day-old chick (DOC) transportation gel: add 1 ml of solution to every 100 grams of gel before dissolving the gel in 2 liters of water.

Registration in process

Overview

Vibrio parahaemolyticus is an important pathogen in shrimp industry. It can cause vibriosis in the animal, even health problem in humans who consume infected seafood.

Data

Vibrio parahaemolyticus load significantly decreased after 24 hours of Phagomune® V treatment.

Product

Phage Cocktail Against V. Parahaemolyticus

  • Shrimp larvae packaging bags:
    add 1 ml of solution for every 2 liters of water.
  • Shrimp maintenance water:
    add 1 ml of solution for every 10 liters of waters.

Registration in process

Vibrio parahaemolyticus is an important pathogen in shrimp industry. It can cause vibriosis in the animal, even health problem in humans who consume infected seafood.

Vibrio parahaemolyticus load significantly decreased after 24 hours of Phagomune® V treatment.

Phage Cocktail Against V. Parahaemolyticus

  • Shrimp larvae packaging bags: add 1 ml of solution for every 2 liters of water.
  • Shrimp maintenance water: add 1 ml of solution for every 10 liters of waters.

Registration in process

Salmonella enteritica is an important pathogen that can cause Salmonellosis in human. The infection can happen without symptoms in chicken, and left untreated.

Registration in process

Vibrio parahaemolyticus is an important pathogen in shrimp industry. It can cause vibriosis in the animal, even health problem in humans who consume infected seafood.

More Phage Solutions Coming Soon!

Locally developed, farm-specific solutions

Our phage products are formulated using relevant regional isolates, ensuring they match the real challenges faced in the field.

 

Interested in seeing how phage can work on your farm?

Let’s shape the future of sustainable animal health together!

Connect with us:

Contact Us

Let’s shape the future of sustainable animal health together!

Contact Us

Connect with us:

Usage

Phage cocktail against S. enteritica

Carcass spraying water:

  • add 10 ml of solution to each liter of water and rinse at least three times.

Chicken drinking water:

  • add 1 ml of solution to each liter of water.

Day-old chick (DOC) transportation gel:

  • add 1 ml of solution to every 100 grams of gel before dissolving the gel in 2 liters of water.
Vibrio parahaemolyticus load significantly decreased after 24 hours of Phagomune® V treatment.

Usage

Phage Cocktail Against V. Parahaemolyticus

Shrimp larvae packaging bags:

  • add 1 ml of solution for every 2 liters of water.

Shrimp maintenance water:

  • add 1 ml of solution for every 10 liters of waters.