Appeal No. 2005-1672 Application No. 09/833,866 12 and 13 limit the moisture adding step as either the in situ aqueous ammonium hydroxide formation steps or the aqueous ammonium hydroxide introductions step mentioned above. Claims 12 and 13, unlike claim 1, also require a step for applying mechanical action to the resulting mixture to further distribute the aqueous ammonium solution to the meats. Claim 22 requires adding solid ammonia followed by adding water to form an aqueous ammonium hydroxide in situ. The disclosure of Roth is discussed above. The appellant does not dispute that Roth teaches “that ammonia gas may be added to comminuted meat to raise the pH.” See the Brief, page 8. Rather, the appellant only argues that Roth does not teach increasing the moisture content in the comminuted meat and that Nakayama does not suggest increasing the same in Roth as required by claims 1, 12 and 13. Id. We disagree. As indicated above, Roth teaches (column 5, lines 38-53) that: NH3 gas is the preferred pH increasing gas for use in the first step of the invention shown in FIG. 1. When in contact with the meat product being processed, it is believed that the moisture in the meat product absorbs the NH3 gas to form ammonium hydroxide NH4OH. The free hydroxyl ions from the NH4OH in the meat product produce the increased pH. The free NH3 gas also provides the physical pressure effect desired in 10Page: Previous 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 NextLast modified: November 3, 2007