Welcome to Fermentrics™

Given that digestibility assays are expensive the desire to use as few point as possible is understandable, but not always correct. In order to overcome this problem Fermentricsbegan working on a gas fermentation technique and has developed an online system that, when combined with wet chemistry/ In Situ/ In Vitro/ Gas Chromatography measurements, has proven to be a very effective method of reviewing ingredients, TMR's and feed additives such as fibrolytic enzymes.

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The basis for the gas system is work reported by researchers at Cornell University, University of Kentucky , the University of California, the Rowett Research Institute, the University of Hohenheim and the DLO institute for Animal Science and Health. The system can be programmed to record thousands of measurements over a 48 hour time period which allows for a more realistic statistical evaluation. When combined with VFA measurement the system can be used to predict microbial biomass through the stoichiometric relationship between ATP, gas production and the partitioning factor.

None or these analyses can take away the need for "cow sense" but they become a powerful tool when assessing forages and TMR's and can easily out perform predictions based on NIR values or single time point disappearances.



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Europe Bound

Fermentrics™ is on the move and are expanding operations into Europe in late November, 2011. The expansion will provide our clients with increased access to our team and laboratory resources.

Coming soon...

Mobile App.


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Coming Fall 2011

Clients

Currently Serving


Canada | United States of America
Republic of Ireland | United Kingdom
United Arab Emirates | Saudi Arabia
Germany | Portugal | Italy | Argentina
France | Turkey | Hungary | Indonesia
Mexico

News

Gas Sensors


Fermentrics™is proud to announce that our custom built proprietary gas sensors are now in production. The new sensors will provide our clients with the ability to have gas production recorded at 1000 times per second, increasing the sensitivity of the gas fermentation analysis.

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