Lipogen Offers PS Fortification for Dairy Products

PS is naturally found in human breast milk and is essential for brain development and normal nerve functioning. Lipogen successfully developed its PS line of milk applications to utilize standard dairy production equipment and procedures.

19/07/07 Israel based Lipogen, Ltd. will launch its latest delivery system for its Lipogen PS phosphatidylserine functional ingredient at the IFT show, Chicago, July 29 (booth no. 4063). The new system is designed for fortification of dairy milks and yogurt drinks. Lipogen also offers advanced Lipogen PS milk powder, a PS formulation that can be easily applied in dairy premixes, blending or other milk processing.
 
“As a leader in brain-health solutions for dietary supplements and food fortification, we developed various Lipogen PS formulations that allow manufacturers to create healthy, functional and cutting-edge products,” says David Rutenberg, CEO. “We help dairy producers enhance their brand lines with new healthy solutions to position their dairy products as innovative to the market.”
 
PS is naturally found in human breast milk and is essential for brain development and normal nerve functioning. Lipogen successfully developed its PS line of milk applications to utilize standard dairy production equipment and procedures. The inclusion of PS does not affect end-product taste, texture or mouthfeel. The new formulation is based on Lipogen PS which received affirmed GRAS status (FDA “no questions”) in 2006.
 
“This new delivery system for dairy-milk products is equally important for use in child nutrition programs in schools  a significant part of efforts by governments and leading companies to provide healthier and functional nutrition to children,” explains Rutenberg. “This is one in a series of developments initiated by Lipogen in 2006 to create an important value-proposition for the U.S. and EU markets.”
 
PS (Phosphatidylserine) is natural phospholipid found in the membrane of the cells in the brain. It is considered as an important building block of the brain cells membranes and has been shown to have a role in slowing or even reversing some forms of age-related cognitive deteriorations, such as short-term memory and the capacity to learn new tasks.