Page 190 - Raw Diet References Book 2019
P. 190

Proposed Revisions Edited per Comments for 2014 Official Publication    23



                            divided by  4000, and the result  was  multiplied by the appropriate  value for  energy
                            density (1120 in this example).

                                     Example B2:  A Canned Cat Food Making a Growth Claim:
                                                 Energy Adjusted Profile DM Values

                                                            Cat Food
                                                            Nutrient              Guaranteed vs.
                                                             Profile    Energy       Energy
                                              Guaranteed   Minimum     Adjusted      Adjusted
                                                Analysis   Values for   Profile   Profile Values
                                  Nutrient      Values      Growth      Values     (Columns 2 vs. 4)
                                Crude Protein:   min. 9%     30.0%       8.4%          OK
                                Crude Fat:    min. 7%        9.0%        2.5%          OK
                                Crude Fiber:   max. 1%
                                Moisture:     max. 75%
                                Ash:          max. 2%
                                Calcium:      min. 0.25%     1.0%       0.28%         Low
                                Phosphorus:   min. 0.2%      0.8%       0.22%         Low
                                Energy         1120 kcal    4000 kcal   1120 kcal
                                               ME/kg AF    ME/kg DM    ME/kg AF

                                Note that although the energy-adjusted minimum for crude fat calculated out to be
                            2.5%, a much higher concentration of crude fat (in this case 7%) predefined the higher
                            energy density and dictated the need for energy adjustment in the first place.  Because
                            for the  most part  a higher  concentration  of crude fat predetermines  what the higher
                            energy density will be, the energy-adjusted Profile minimum value for crude fat should
                            always be met and will often be grossly exceeded.

                                The last method for correcting  for energy density is to convert the  guaranteed
                            values for the food to a per 1000 kcal basis, and to compare these values with those
                            listed in  the  appropriate  Profile based on Calorie Content.  This is accomplished by
                            dividing the AF values in the guaranteed analysis by the AF energy density (1120 kcal
                            ME/kg in this example) and then  multiplying the result by 1000 kcal ME/kg.  The
                            result is the  values appearing in the  fourth  column of Example B3 below  with the
                            conclusion being identical to that reached in Examples B1 and B2 above.

                                     Example B3:  A Canned Cat Food Making a Growth Claim:
                                            Energy Adjusted Guaranteed Analysis Values

                                                           Amount   Product    Profile
                                            Guaranteed     per kg   Amount    Amount
                                             Analysis      (1000 g)   per 1000   per 1000
                              Nutrient        Value        As-Fed   kcal ME   kcal ME     Status
                            Crude Protein   9%            90 g      80.4 g    75        OK
                            Crude Fat      7%             70 g      62.5 g    22.5      OK
                            Crude Fiber    1%             10 g
                            Moisture       75%            750 g
                            Ash            2%             20 g
                            Calcium        0.25%          2.5 g     2.2 g     2.5       Low
                            Phosphorus     0.20%          2.0 g     1.9 g     2.0       Low
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