Illuma

Formula

HUMAN AFFINITY® Story

HUMAN AFFINITY® Formula | Unprecedented Human Affinity®

ILLUMA® believes in the magical power of human milk. With infinite pursuit of human affinity, we have been keeping at the leading edge, replicating as nature intended with revolutionary technologies. ILLUMA® upgraded Human Affinity® Formula goes beyond HMO boundary with world’s first & only Bioactive HMO+ Complex, achieving unprecedented Human Affinity® by converging two types of HMO* and revolutionary added bioactive ingredient MOS^.

Remarks:

*Includes 2’-Fucosyllactose(2’-FL) 0.026g/100mL, Lacto-N-neotetraose (LNnT) 0.013g/100mL (Both are HMO, not from human milk)
^Other Oligosaccharides 0.68g/100mL
#Compared with existing formula

 

HUMAN AFFINITY® Formula ǀ Unleash Self-Immunity

Unveil the Ultimate HUMAN AFFINITY® Power in the 3 key nutrients

 

Harnessing advanced technology, ILLUMA® presents “Human Milk Oligosaccharide HMO”*, a revolutionary ingredient which is structurally identical to a ingredient in lactating secretion.

HMO is an important breakthrough in the area of baby nutrition study and nutrition researches in the recent century. This HMO is naturally present in lactating secretion. It is the 3rd largest solid component secreted by mothers during lactation, after lactose and lipids.

Innovative technology was the key to reconstruct lipids into the rare and body-friendly ingredient sn-2*. The molecular structure of this precious lipid follows a child’s natural nutritional needs more closely.

α-Protein* (α-Lactalbumin) is the predominant whey protein in lactating secretion. HUMAN AFFINITY® nutrition, follows babies' natural nutritional needs

Remarks:

*According to Wyeth Nutrition's internal data. Comparing with product nutrition labels of Stage 4 formula milk of major brands in Hong Kong as of Oct 2018; Only ILLUMA® Stage 4 simultaneously contains lactating secretion nutrients 2'-Fucosyllactose (a type of HMO, not from human milk): 0.025g/100mL, sn-2 Palmitate: 0.34g/100mL, and Alpha Lactalbumin: 0.16g/100mL