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EBI FOOD SAFETY WINS GOLD IN LONDON

LISTEX™ awarded best industry innovation:
"Phages: the future of food safety"
[PDF]


April 2008 feature article: Bacteriophages,
New Weapons for Food Safety

Meet us at coming events:

Fi Safety & Technology, Tokyo Japan, 15-17 October 

news

July 2008
EBI Food Safety nominated for Food Valley Award 2008 Read more



May 2008

Increasing Incidence of Listeriosis in Europe Read more

November 2007
EBI Food Safety honored with FI Gold Award 2007/2008 Read more 

July 2007
FDA and USDA approval for LISTEX™ as GRAS for all food products Read more

July 2007
FEM Business elects EBI Food Safety as one of Holland's most promising enterprises Read more
 

LISTEX™ P100

LISTEX™ P100 is a culture of safe micro-organisms (bacteriophage preparation) in use as a processing-aid, characterized by its broad spectrum toward Listeria monocytogenes strains.

The use of LISTEX™ P100, and its application, can be easily integrated within the daily routine of the normal production process. The application of LISTEX™ P100 does not affect any of the properties of the food product, be it chemical, physical, or organoleptic (i.e. taste and flavor).

LISTEX™ P100 product data sheet [PDF]

Industrial trials can be conducted within your company. For further information, please contact us

LISTEX™ P100 CAN ERADICATE LISTERIA
The graph below demonstrates recent results of successful eradication of Listeria in a cheese production environment.

Figure: Day 0, Listeria monocytogenes inoculation 7 CFU/ cm2 cheese surface  

LISTEX™ P100 (Activity, Survival & Inactivation)

Activity  

  • Temperature: optimum 30°C, range 1 to 35°C.
  • pH: optimum 7.7 , range 5.5 – 9.5
  • Water activity: minimum aw permitting activity = 0.92. Optimum at 0.99.
  • NaCl: high tolerances up to saturated solutions.

Survival 

  • Temperature: optimum 4°C. Range 0+°C to 37°C. Stable at 42°C. for at least 48 hours.
  • pH: optimum 7.5, will retain stability at pH 3 for 4 hours.
  • Atmosphere: not influenced by atmosphere.
  • NaCl: will survive in saturated solutions

Inactivation

  • Temperature: rapidly inactivated at temperatures above 50°C.
  • pH: inactivated at pH values less than 3. Inactivation proceeds faster at higher temperatures.
  • Water activity (aw): can remain viable in dry environments (next to 0) for long periods.
  • Salt (NaCl): rapid desalination can cause osmosis and inactivate phage. Allow 2 minute intervals for every 10% salt reduction in solutions
  • Hypochlorine (HoCl): avoid contact. Rapid inactivation at low levels

 General Terms of Sale [PDF]