What makes PrimaLac the Premier Direct-Fed Microbial Product for Livestock, Poultry and Aquatic Feeds?

 


... The Right Process

Only PrimaLac Direct Fed Microbials (DFM) are produced using the exclusive Thermo-Positive System. All of the organisms in PrimaLac are grown together to produce a complete viable microbial culture. The proprietary method involves inoculating a special liquid media, developed by Forage Research Inc., which is suitable for the growth and cultivation of a mixed culture of bacteria. Once these organisms have gone through an adequate growth phase, which is determined by quantitative analysis, the microbial culture is ready to be extended to a dry stable product. Extension of the liquid system involves mixing it with a unique carrier and drying it at a specific temperature and for a specific time thereby adhering the microorganisms within the matrix of the dry carrier. The resulting product then goes through the final Thermo-Positive coating process which completes the stabilizing procedure. PrimaLac then undergoes a screening procedure to make sure it is free of any pathogens. From strain selection through to final screening, PrimaLac DFM products are designed to be the most effective microbial feed additives available — even after pelleting.

... and the Right Advantage

Years of field, lab and university testing have demonstrated the efficacy of the exclusive PrimaLac microbial combination and the unique stabilization process. Today, the PrimaLac advantages are clear...only PrimaLac provides:
1. A stabilized gram count (live organisms per gram of dry material)
2. Viable microorganisms (ability to implant)
3. Ability of these delicate microorganisms to withstand rigorous pelleting temperatures. (PrimaLac 454 can be pelleted with less than 10% loss of viability)
4. Ability to maintain viable organism counts in the field under all types of storage conditions and when mixed in all types of feed and mineral supplements. (PrimaLac has a minimum shelf life of 24 months with no loss of viability at room temperature)