g
* Values from [ 3 ]. ^ Edited from [ 4 ], for formulas available in Italy. ° From [ 5 ]. § Beside lactose, YCFs may contain, in varying and not always declared proportions, complex carbohydrates (maltodextrins, starch, cereal flour) as well as simple carbohydrates (sucrose, dextrose, glucose, fructose), thus it is not possible to calculate any average content of simple sugars.
Another key difference between formulas and HM is that formulas have a pre-set composition and a taste that is always the same (although it may differ from one formula to another one), whereas HM varies in composition and taste—not only throughout the whole breastfeeding period, but also during the day, and during each feeding—depending on a wide range of factors, including age of the infant, mother’s diet (at least in part), her age, weight, and, most likely, her genetic background [ 6 ]. Research on the macronutrient composition of HM was mainly carried out in the 1980s and 1990s [ 7 , 8 , 9 ] and was mainly focused on the composition of milk in the first 6 months of lactation, whereas there are far fewer studies on the composition of HM beyond 6 months up to (and beyond) the first year of life [ 10 , 11 , 12 ].
Studies on HM composition, conducted in different countries across five continents, show a fairly similar range of energy and nutrient values, from which standard values are often extrapolated to make calculations easier when assessing energy and nutrient intakes. In general, during the first year of life, protein content of HM decreases as breastfeeding goes on, while fat and carbohydrate contents remain stable [ 11 , 13 , 14 ]. A recent, interesting, study reports longitudinal changes in the macronutrient concentration of milk from healthy women from 0 to 48 months of lactation. The results of this study suggest that, after 18 months of breastfeeding, concentrations of lipids and proteins increase compared to that of milk produced in the first 12 months (lipids 5.80 g/100 mL at 24 months vs. 3.46 g/100 mL at 12 months; proteins 1.24 g/100 mL at 24 months vs. 1.00 g/100 mL at 12 months) while the concentration of carbohydrates decreases (6.6 g/100 mL at 24 months vs. 7.1 g/100 mL at 12 months). Then, from 24 months to 48 months, macronutrient concentrations remain stable [ 15 ]. However, the study has a sampling bias, since milk analysis was performed on one single sample per day, taken in the morning and, therefore, not representative of the average daily composition. Another study [ 16 ], biased by the inclusion of only 19 women, also reported that the protein content increased during the second year of lactation (1.6 g/100 mL at 11 months vs. 1.8 g/100 mL at 17 months). Given these methodological problems, the results of these studies, albeit very interesting and apparently in line with the increased growth needs of children, need to be corroborated before they can be considered conclusive and useful in clinical practice.
Differences between HM and formulas are also qualitative, e.g., in terms of casein and serum protein types, aminoacidic profile and fatty acids. Finally, HM contains many molecules and components with a range of biological functions that are absent and so far, non-replaceable, or anyway present in different amounts, in formulas [ 13 ].
All these differences must be taken into account when considering complementary foods, as they may have. different effects on body composition from the very first months of life into adulthood and may influence long term health outcomes.
Many years ago, it was convincingly demonstrated that formula-fed infants gain more weight (but not more length) in the first year of life when compared to breastfed infants [ 17 , 18 ]. What is new is that it has been shown quite recently [ 19 ] that the weight difference is due to the larger amount of lean mass compared to that of breastfed infants, which is observed from the age of 3 months and is still detectable at 7 months of age. The amount of fat mass is similar in the two groups, but differs in distribution, as breastfed infants have a greater amount of subcutaneous fat than formula-fed infants, who exhibit a greater amount of visceral fat [ 20 ], with the first condition (more subcutaneous than visceral fat) seeming to be a protective factor in the development of metabolic changes at later ages [ 21 , 22 ].
The reasons for this different body composition are still unclear. They could be linked, for instance, to the different macronutrient composition: a higher protein intake from infant formulas (particularly, a higher intake of casein, which contains the highest amount of insulinogenic amino acids) [ 23 , 24 ] could stimulate greater insulin and IGF-1 secretion and promote visceral fat deposition [ 25 ]. A totally different explanation might be the ascertained fact that formula-fed infants have a different profile of appetite-regulating hormones than breastfed infants: one study has shown that breastfed infants have lower serum levels of ghrelin, leptin and insulin, hormones associated with fat mass and its changes as compared with formula-fed infants [ 26 ]. In addition, the higher fat content in hind-milk vs. fore-milk in breastfed infants may also contribute to appetite regulation in addition to hormones [ 27 ].
Another important difference is that HM has only 13% casein, the lowest casein concentration of all the mammalian species studied, which could explain the slow growth of breastfed human infants [ 28 ].
Given the different body composition observed in the two different feeding patterns (breastfeeding vs. formula feeding) and given the different nutritional properties of HM and formulas, CF most likely needs to be differentiated between the two groups precisely because it is “complementary” to two very different foods. The European Society for Paediatric Gastroenterology, Hepatology and Nutrition (ESPGHAN) has acknowledged this difference and its implications on terms of CF but has stated that “Because the composition and health effects of breast milk differ from those of infant formula, on a theoretical basis it may seem sensible to give different recommendations on CF to breastfed versus formula-fed infants. Despite these theoretical considerations, devising and implementing separate recommendations for the introduction of solid foods for breast-fed infants and formula-fed infants may, however, present practical problems and cause confusion among caregivers” [ 29 ]. However, this statement is not based on any scientific evidence, nor have any studies been conducted since the publication of the ESPGHAN position paper to confirm these concerns, so it remains an arbitrary assumption.
Aim of this paper is to assess whether, in light of the new knowledge, the nutritional needs and recommendations proposed by the major Agencies/International Health Organizations can still be met by one single infant feeding scheme with the breastfed infant serving as the ideal example, or whether there should be different schemes for breastfed infants and for formula-fed infants (either fed follow-up formulas or YCF or CM) up to 24 months of age. The evaluated nutritional needs and recommendations are specific to protein, calcium, and iron due to their major impact on infants’ present and future health status.
In line with WHO recommendations [ 30 ], CF is supposed to start not before six months of age. Our nutritional analysis took into account only protein, iron, and calcium intake, not because all other nutrients are unimportant, but because these are the nutrients most frequently studied when assessing the nutritional status of children from 6 to 24 months of age in consideration of their impact on future health.
For checking the extent to which the nutritional needs of the schemes proposed are met, the European Food Safety Authority (EFSA) recommendations [ 31 ] were used because they are the most recent ones and those with the broadest list of references to official documents issued by other national and international agencies/organizations. The reference weight of infants was derived from WHO growth standards [ 32 ].
The weight calculation, reported in the tables, is based on the average of the 50th percentile weight at the youngest age and that at the oldest age in each of the two groups (6–12 months and 12–24 months). The resulting average weight was used to calculate the protein intake per kg of body weight. For the first two years of life, this simplified approach did not affect the results, as the authors also compared the intakes at both the lowest and highest weights and no significant difference was found in terms of results obtained (data not shown).
HM composition was taken from Picciano et al. [ 3 ]. Formula composition was calculated as the average composition of follow-up and YCF formulas available on the Italian market, respectively. Formulas with added biscuits or other foods/ingredients outside formula basic composition were not included. CM composition was taken from CREA (Italian Council for Agricultural Research and Analysis of Agricultural Economics) food composition tables [ 5 ]. Values of the average daily milk intake at different ages were taken from Dewey’s observational data [ 33 ]. The portion size of solid foods used for menus’ calculations come from portion sizes suggested in the recently published document on CF issued by the Italian Society of Preventive and Social Paediatrics (SIPPS) [ 34 ].
Daily menus were created with the same type and amount of solid food, leaving the amount of HM and formula unchanged in the first year of life. Unmodified CM was added to HM between 12 and 24 months of age. In the first age group, calcium- and iron-fortified cereals were used whereas, in the second year of life, common retail foods were used since fortified foods are less widely used. The vitamin D intake was not calculated in the two groups because 90% of the vitamin D present in the body comes from its production in the skin thanks to the sun’s rays and only 10% comes from food. So, for this irrelevant quantity the tables and the text have not been burdened.
All calculations made for the menus submitted are presented as Supplementary Materials Table S1 .
Table 2 , Table 3 , Table 4 , Table 5 , Table 6 and Table 7 give the results based on the different intake values across the different menus.
Different protein intake for a 6–8-month-old infant when breastfed or formula-fed, with a single solid food intake scheme, assuming a body weight between 7.3 and 8.6 kg [ 32 ] and a PRI for protein of 1.3 g/kg/day [ 35 ]. The amount of milk * is defined according to Dewey’s observational data [ 7 ].
Proteins in g | ||
---|---|---|
Food in Portions/Day | HM | Follow-Up Formula |
Milk 688 * mL | 6.2 | 10.1 (average content) |
Cereals 25 g (average content) | 2.5 | 2.5 |
Extravergin olive oil 10 g | ||
Vegetables 20 g (average content) | 0.5 | 0.5 |
Veal 10 g | 2.1 | 2.1 |
Fruits 40 g (average content) | 0.3 | 0.3 |
Total g | 11.8 | 15.5 |
g/kg/day | 1.5 | 1.94 |
PRI | 1.3 g/kg/day at 6 months 1.14 g/kg/day at 12 months |
Different iron intake for a 6–8-month-old infant weighing between 7.3 and 8.6 kg [ 32 ] when breastfed or formula-fed, considering only one single complementary feeding scheme and an iron PRI of 11 mg/day [ 35 ]. The amount of milk * is defined according to Dewey’s observational data [ 7 ].
Iron in mg | ||
---|---|---|
Food in Portions/Day | HM | Follow-Up Formula |
Milk 688 * mL/day | 0.4 | 6.8 (average content) |
Iron-fortified cereals 25 g (average content) | 2.4 | 2.4 |
Extravergin olive oil 10 g | 0.0 | 0.0 |
Vegetables 20 g (average content) | 0.2 | 0.2 |
Veal 10 g (average content) | 0.2 | 0.2 |
Fruit 40 g (average content) | 0.2 | 0.2 |
Total mg/day | 3.4 | 9.8 |
PRI for Fe | 11 mg/day |
Different Ca intake for a 6–8-month-old infant weighing between 7.3 and 8.6 kg [ 32 ] when breastfed or formula-fed, considering only one single complementary feeding scheme and an AI for Ca of 280 mg/day [ 34 ]. Milk quantity * is defined according to Dewey’s observational data [ 7 ].
Ca in mg | ||
---|---|---|
Food in Portions/Day | HM | Follow-Up Formula |
Milk 688 * mL | 158 | 482 (average content) |
Ca fortified cereals 25 g (average content) | 60 | 60 |
Extravergin olive oil 10 g | 0 | 0 |
Vegetables 20 g (average content) | 39 | 39 |
Veal 10 g | 0 | 0 |
Fruits 40 g (average content) | 18 | 18 |
Total mg/day | 275 | 599 |
Calcium Adequate Intake (AI) | 280 mg/day |
Different protein intakes for an infant of around 18 months of age weighing approximately 10.2–10.9 kg [ 32 ] when breastfed, fed with YCF or CM, using a single scheme of intake of solid foods commonly used by the family, and the same portion of milk, and considering a PRI for protein of 10.1–13.7 g/day (1.0–1.3 g/kg) [ 34 ]. The amount of milk * is defined according to Dewey’s observational data [ 7 ].
Food | Proteins in g per Portion | ||
---|---|---|---|
Portions/Day | HM | Young Child Formula (YCF) | Cow Milk (CM) |
Milk 488 * mL | 4.4 | 8.1 | 17.1 (average content) |
Pasta 30 g | 3.3 | 3.3 | 3.3 |
Chicken breast 20 g | 4.7 | 4.7 | 4.7 |
Extravergin olive oil 20 g | 0.0 | 0.0 | 0.0 |
Vegetables 60 g (average content) | 0.8 | 0.8 | 0.8 |
Rice 30 g | 2 | 2 | 2 |
Peas 30 g | 1.6 | 1.6 | 1.6 |
Fruit 150 g (average content) | 0.6 | 0.6 | 0.6 |
Total in g | 17.4 | 21.1 | 30.1 |
g/kg/day | 1.7 | 2.1 | 3 |
PRI | 1.03 g/kg/day |
Different iron intakes for an infant of around 18 months of age weighing approximately 10.2–10.9 kg [ 32 ] when breastfed, fed with YCF or CM, using a single scheme of intake of solid foods commonly used by the family, and the same portion of milk, and considering a PRI for iron of 8 mg/day [ 3 , 4 , 5 , 7 , 35 ]. The amount of milk * is defined according to Dewey’s observational data [ 7 ].
Food | Iron in mg | ||
---|---|---|---|
Portions/Day | HM | YCF | CM |
Milk 488 * mL | 0.3 | 4.9 (average content) | 0.5 (average content) |
Pasta 30 g | 0.4 | 0.4 | 0.4 |
Chicken breast 20 g | 0.1 | 0.1 | 0.1 |
Extravergin olive oil 20 g | 0.0 | 0.0 | 0.0 |
Vegetables 60 g (average content) | 0.4 | 0.4 | 0.4 |
Rice 30 g | 0.2 | 0.2 | 0.2 |
Peas 30 g | 0.6 | 0.6 | 0.6 |
Fruit 150 g (average content) | 0.6 | 0.6 | 0.6 |
Total in mg/day | 2.6 | 7.2 | 2.8 |
PRI for Fe | 8.0 mg/die |
Different Ca intakes for an infant of around 18 months of age weighing approximately 10.2–10.9 kg [ 32 ] when breastfed, fed with YCF or CM, using a single scheme of intake of solid foods commonly used by the family, and the same portion of milk, and considering a Ca AI of 450 mg/day [ 3 , 4 , 5 , 7 , 35 ]. The amount of milk * is defined according to Dewey’s observational data [ 7 ].
Food | Ca mg | ||
---|---|---|---|
Portions/Day | HM | YCF | CM |
Milk 488 * mL | 112 | 400 (average content) | 581 (average content) |
Pasta 30 g | 6.6 | 6.6 | 6.6 |
Chicken breast 20 g | 0.8 | 0.8 | 0.8 |
Extravergin olive oil 20 g | 0.0 | 0.0 | 0.0 |
Vegetables 60 g (average content) | 0.4 | 0.4 | 0.4 |
Rice 30 g | 7.2 | 7.2 | 7.2 |
Peas 30 g | 6 | 6 | 6 |
Fruit 150 g (average content) | 7.5 | 7.5 | 7.5 |
Total mg/day | 140.5 | 428 | 609 |
Calcium AI | 450 mg/day |
Table 2 shows that the PRI for proteins is exceeded by both breastfed and formula-fed infants, although in formula-fed ones the excess is bigger, if the same solid food intake scheme is used (Δ + 0.2 g/kg/day at 6 months and +0.36 at 12 months with HM; +0.64 at 6 months and +0.8 at 12 months with a formula).
Table 3 and Table 6 show that the PRI for iron is almost met at the two considered ages only when a formula is used (Δ–1.2 and 0.8 mg/day at 6–8 and 18 months of age, respectively), but not if the infant is fed HM (Δ–7.6 and −5.4 mg/day at 6–8 and 18 months of age, respectively) or CM (Δ–5.2 mg/day at 18 months of age).
Table 4 and Table 7 show that calcium intakes, calculated in terms of Adequate Intake (AI), are met in the first age group in both HM and formula-based feeding, but in breastfed infants only thanks to the addition of calcium-fortified cereals, providing some extra 60 mg of calcium per day. It must be stressed that in formula-fed infants the use of calcium-fortified cereals is unnecessary since the AI is already met thanks to the formula (Δ +319 mg/day with fortified cereals, yet +259 with no surplus from cereals). As for the second year of life, calcium intake is never adequate in breastfed infants (Δ–309.5 mg/day), whereas formula-fed infants are close to the AI (Δ–22 mg/day), and in CM fed infants the AI is by far exceeded(Δ +159 mg/day). No correction was made, though, for the lower bioavailability of Ca from CM.
5.1. complementary feeding between 6 and 12 months of age, 5.1.1. proteins.
Using a single solid food intake scheme, regardless of the type of milk feeding, protein intake always exceeds recommended levels. With breastfeeding, protein intake is closer to PRI values, but it increases considerably with formula feeding and even more with CM. Energy intake from protein is generally recommended not to fall below 6% and not to exceed 14% of the total daily calorie intake and safer if it stays between 8 and 12% [ 36 ]. With both HM and formula feeding, protein energy intake remains below 14% of the total calorie intake in the 6–8-month age group, reaching 6.8% and 9.2%, respectively. Additionally, in the 18-month age group with breastfeeding protein-derived energy intake is well below 14%, reaching only 9%, while with formula feeding it reaches about 12%, and almost 15% with CM. However, another more accurate way to assess intake adequacy, which is independent of energy intake and more personalised, consists of considering protein intake per kg and checking how much it departs from the PRI, which is 1.4 g/kg/day at 6–8 months and 1.03 g/kg/day at 18 months. Protein intake per kg is almost one and a half times the PRI in breastfed infants (1.5 g/kg/day) but increases and almost doubles to 1.9 g/kg/day in the case of formula-fed infants in the 6- to 8-month age group.
At 18 months, protein intake should be 1.03 g/kg/day as PRI/kg. In a HM based feeding, protein intake is 1.7 g/kg/day, i.e., one and a half times the recommended level; in the case of formula feeding, it is twice as high, i.e., 2.1 g/kg/day and, finally, when CM is used, it reaches three times the recommended level, i.e., 3 g/kg/day.
According to EFSA [ 35 ], it is not possible to establish a maximum daily intake level for protein and, for adults, an intake of twice the PRI is still considered safe. However, in the first two years of life, an excess of protein intake appears to be a risk factor for the development of obesity later in life [ 35 ].
Of all proteins, CM proteins have been shown to promote higher growth rates [ 37 ].
Thus, the use of a single CF scheme, based on breastfed infants, shows adequate protein intakes for breastfed infants and an excess for formula-fed ones, and even more so when CM is used, thus putting these infants at risk of developing obesity later in their life, a risk linked to both the amount and quality of their protein intake.
Consequently, when a single complementary feeding scheme is used for both breastfed and formula-fed infants, it becomes immediately evident that, while the protein intake of breastfed infants can be considered adequate, it turns out to be too high for infants fed follow-up formulas. Since follow-up formula-fed infants already have higher protein intakes than breastfed infants, it is not advisable to add protein-rich foods such as meat or fish or cheese to CF from the start (at 6 months). Quite the contrary, protein-rich foods are recommended from the start of CF for breastfed babies. When deciding between meat and fish, the latter should certainly be preferred for its higher AGE content and lower protein load.
If soy-based formulas are used, the situation does not change significantly since, due to the different amino acid composition, the protein content is even slightly higher than the CM-based formulas, while the iron content does not change significantly.
The second half of the first year of life is the period with the greatest need for iron, both because of the increase in blood volume and because iron is needed for neuro-cognitive development.
The amount of iron absorption is determined mainly by the body’s iron reserves and the bioavailability of the iron taken in. The lower the iron reserve, the higher, within certain limits, the percentage of iron absorbed. Beyond the well-established bioavailability of haem iron (15–25%) [ 38 ] and non-haem iron (4–7%) [ 39 ], in the CF period it is also important to know the amount and bioavailability of the iron from iron-fortified cereals (3%) [ 40 ] and especially from human milk (34%) [ 41 ] and formulas (20%) [ 42 ]. With this information it is possible to check the adequacy of the total intake without invasive procedures and to detect possible risk factors.
As iron absorption increases when vitamin C intake is added to foods and is inhibited by the presence of Ca salts, tea, proteins, phytates, and Mn, attention should be paid, for example, to the Mn content of ready-to-eat cereals, which often contain Mn levels between 1 and 4 mg/100 g [ 43 ].
Meeting iron intake needs in this period of life is not easy and, to increase iron intake, despite the (yet poor) bioavailability of Fe with some specific iron-supplemented infant foods other than formulas, the use of the latter can still be helpful. It is important not to expose the infant to the risk of an inadequate iron intake and, therefore, of developing Iron Deficiency (ID) and Iron Deficiency Anaemia (IDA), as iron therapy can only remedy haematological abnormalities, but not brain damage, which is irreversible [ 44 , 45 , 46 ].
Table 3 indicates that from 6 months onwards a breastfed baby (despite the high bioavailability of iron in HM) will also need to be given Fe-rich foods to help with its absorption or to receive Fe supplements. However, any increase in the portion of meat to increase Fe intake will not be helpful, as even tripling the amount of meat may not achieve the PRI value for Fe, while increasing protein intake excessively.
According to EFSA, Ca AI is 280 mg [ 35 ]. BM has a lower Ca content (23 mg%) than follow-up formulas (70 mg%), but its 50% bioavailability is much higher than that of follow-up formulas where it reaches only 30–35%.
For adequate intakes to be achieved, iron-fortified cereals are not critically necessary for formula-fed infants, whereas they may be useful in the case of breastfed infants, even though HM calcium has a higher bioavailability than other foods.
In the second year of life, the number of questions to the paediatrician to receive information, clarifications, and advice on a child’s diet reduces considerably, while the risk of an incorrect (by over- or under-coverage) coverage of nutritional needs of the baby is still high, in a period of life that is still particularly sensitive in terms of long-term outcomes. Foods rich in added sugar and salt are easily introduced instead of healthier foods such as fruit and vegetables. The reasons for such behaviour may be found both in the widespread advertising of infant food, as well as in the widespread belief/desire of mothers (and grandmothers) that their child is “all grown up” and can and should eat much more foods suitable for older children.
The World Health Organisation (WHO), in its paper on CF of the breast-fed child [ 30 ], states that breastfeeding can continue into the second year of life but gives no indication about what to do should HM no longer be available. Again the WHO, in its now quite outdated paper on the feeding of non-breastfed babies [ 47 ], states that “Acceptable milk sources include full-cream animal milk (cow, goat, buffalo, sheep, camel), Ultra High Temperature (UHT) milk, reconstituted evaporated (but not condensed) milk, fermented milk or yogurt, and expressed breast milk … Commercial infant formula is an option when it is available, affordable, can be safely used, and provides a nutritional or other advantage over animal milk … Semi-skimmed milk may be acceptable after 12 months of age”. While this paper is primarily addressed to developing countries, it cannot be overlooked that different animals produce significantly diverse types of milk, and more importantly, they produce types of milk that differ from HM. Nor does this document help in the choice, after 12 months of age, of a milk source for non-breastfed children living in industrialised countries. Furthermore, the inclusion of even semi-skimmed CM at this age may expose infants, especially those from families with disadvantaged educational and socio-economic backgrounds, to a significant reduction in terms of total daily energy intake.
In a paper published in 2013, EFSA [ 48 ] states that “No unique role of young-child formulae with respect to the provision of critical nutrients in the diet of infants and young children living in Europe can be identified, so that they cannot be considered as a necessity to satisfy the nutritional requirements of young children when compared with other foods that may be included in the normal diet of young children (such as breast milk, infant formulae, follow-on formulae and cow‘s milk)”. Furthermore, in the same paper, EFSA recognises that “However, at this age (after the first year of) cow‘s milk consumption is no longer discouraged and no recommendations for replacement of this food category by other alternatives exist from medical societies at European level”.
Therefore, EFSA also lumps together HM, starting and follow-up formulas and even CM as alternatives to each other, without considering their significantly different nutritional properties.
Finally, ESPGHAN [ 49 ] states that “based on available evidence there is no necessity for the routine use of YCF in children from 1-3 years of life, but they can be used as part of a strategy to increase the intake of iron, vitamin D and n-3 PUFA and decrease the intake of protein compared to unfortified cow’s milk. Follow-on formulae can be used for the same purpose”.
In conclusion, the leading scientific societies and international institutions (WHO, EFSA) give freedom when it comes to the consumption of whatever infant formula or milk may be available, but no data are available to confirm the nutritional adequacy of the different types of milk used to supplement solid food consumption between one and two years of age. However, it should be emphasised that beyond one year of age, milk (of whatever kind) is no longer the main food to be supplemented, but rather milk could be said to be the food that complements solid food intake. Therefore, the portions of the latter should be adjusted to the composition of the different types of milk. Even so, given that during this period of life milk shares energy and nutrient intakes with many other foods, the total nutrient intake may vary greatly, depending on whether one chooses HM, CM, or YCFs.
One issue arises from the fact that YCFs are not regulated (yet) on a national or European basis in their nutrient and energy composition, thus reflecting a heterogeneous group of formulations, some of which are more targeted to the specific nutritional needs of children of this age, while others appear to be just a marketing gimmick [ 50 ].
In the 2018 ESPGHAN paper [ 49 ], it is further stated that there are no obstacles to the use of follow-up formulas also in feeding children beyond one year of age and that, therefore, it may not be necessary to define special regulations and values for YCF.
Finally, any regulation of YCF composition should take into account that the regular intake of food for the whole family may differ across European countries and families and the reduction in milk intake depends very much on the child’s diet preferences and the family’s eating habits. Therefore, when choosing to use one of these formulas, paediatricians should be able to assess its nutritional adequacy and usefulness within the context of the whole child’s diet.
The most common nutritional problems in the diets of children between 12 and 24 months of age are likely to be related to an insufficient intake of Fe and an excessive intake of protein and Na. The problem of excessive protein intake is the most studied, and there is some limited evidence [ 51 ] that excessive protein intake in the first two years of life promotes the development of obesity later in life.
Of all proteins, those from milk and dairy products appear to play the most important role, not only because of their specific quality, but also because, although meat, fish, and eggs contain higher protein percentages, the overall amounts of milk consumed at this age are still likely to make milk the most important source of the total protein intake.
While breastfeeding has been shown to be a protective factor for the development of obesity, the intake of unmodified CM, even at this age, is definitely a risk factor not only for obesity but also for iron deficiency on the grounds that Fe is almost totally absent in CM. YCFs are at lower risk than CM for both diseases, given their lower protein content and higher Fe content.
However, given the great variability in the eating habits of families, examples of how to meet the recommendations for protein, Fe, and Ca are given above ( Table 5 , Table 6 and Table 7 ) for an 18-month-old child fed HM, fed YCF, or fed unmodified CM, but with the same portions of both milk and solid foods and with the same energy intake. Protein intake is the lowest with HM (1.7 g/kg), it increases to 2.1 g/kg with YCF, but reaches 2.9 g/kg with CM, almost tripling the PRI for protein. Fe intake is inadequate with both HM and CM, whereas it is met with YCF. Finally, Ca intake is met with both CM and YCF, whereas with breastfed infants it may be useful to use Ca-fortified cereals.
These schemes are based on observed intakes of healthy infants and also correspond, as far as CM is concerned, to the proposal of several international societies/organizations which, in view of the possible risks linked to excessive consumption of CM even in the second year of life, recommend that the daily intake of CM should not exceed 500 mL/day. As can be inferred from the tables presented here, this limit does not remedy excessive protein intake.
Strengths and limitations of the study. Limitations: The menus used for calculations may not represent the variety of menus offered to children in a certain community, and they may not respect the use of local foods. Our aim, however, is to show that the use of one single model of introducing complementary foods is not adequate for both breastfed and formula-fed infants, irrespective of the menus used. Since we want to stress the principle that CF should be differentiated in breastfed vs. formula-fed infants, we kept the menus as simple as possible; for this reason, we avoided considering specific eating habits. In any case, indeed, the use of local foods would be similar in both groups of children and will result in the same nutritional problems. Another limitation of this study is that we limited the nutritional analysis to specific types of milk, i.e., we did not consider a diet with simultaneous intake of different types of milk (HM, formula, or CM). The combinations of mixed feeding are innumerable and illustrating all the different combinations would have made this paper excessively long. Hence, it is of paramount importance for the paediatrician to evaluate thoroughly what kind(s) of milk the single infant takes and in which quantity. This way the health professional will be able to tailor the infant’s diet to his/her real needs without exceeding them or, on the contrary, staying below them. Strengths: This is the first study, to our knowledge, that analyses the intakes of certain nutrients in breastfed vs. formula-fed infants using a single solid food intake pattern. This article can be helpful in providing better advice on offering solid foods for both breastfed and formula-fed infants to allow them the best possible growth.
The type of milk (or formula) the infant is fed from six to twelve months of age should determine the quality of the solid foods the infant in question is offered.
Exclusively breastfed infants should, therefore, be offered protein-rich foods such as meat, fish, pulses, cheese, and eggs from the beginning of the CF period. However, as these foods, in adequate quantities, do not meet iron and calcium requirements, the use of fortified cereals may be helpful.
Exclusively formula-fed infants, on the other hand, should not be offered such naturally rich or enriched foods from the beginning, since formula milk contains more than enough protein, iron, and calcium. On the contrary, formula-fed infants should be offered a greater variety of fruit and vegetables from the beginning to promote the development of their taste for different flavours, given that the formula flavour experience is more monotone.
In the second year of life (12 to 24 months), if HM is not available, a YCF can more easily meet the age-related nutrient intake recommendations than unmodified CM. Additionally, in this age group, it is important to avoid excessive protein intake and insufficient iron and calcium intake.
In conclusion, the statements of ESPGHAN [ 49 ] on the futility of proposing complementary feeding schemes that vary according to the type of milk feeding (because of fear of possible confusion on the part of adults) do not allow to fully meet the needs and nutritional recommendations issued by the main Agencies/Organizations/Societies for all children within this age group.
Furthermore, the proposals of WHO [ 47 ] and EFSA [ 48 ] on the possibility of using any type of milk from mammals available in the different regions of the world for infants in the 12- to 24-month age group, while understandable from the point of view of respecting local culture and local supply, should be accompanied by a few simple dietary recommendations to help meet the nutritional requirements of infants as best as possible, given the different compositions of milk from different mammals.
Since nutrition in this period of life is of crucial importance for the development of adult life and especially for a sound psycho-neuro-motor development of an individual, all existing scientific knowledge must be used at best to allow each child to reach his/her full genetic potential.
This article was written as a part of the scientific activities of the Italian Society of Preventive and Social Paediatrics. The authors thank Lucia Sollecito for the translation of the text. The authors also want to thank the (blind) reviewers, all of whom just spent nice words on our work: thanks to their wise suggestions, this paper could be improved much.
The following are available online at https://www.mdpi.com/article/10.3390/nu13113756/s1 , Table S1: Supplement_Material_1_calculations_on_menus.pdf.
Conceptualization, writing—original draft preparation and review and editing, M.C. and A.V.; formal analysis and data curation, M.A.T.; methodology, M.C.; resources, I.S., G.T., A.A., and A.M.; writing—original draft preparation and review and editing, M.C.V., G.D.M., and M.B. All authors have read and agreed to the published version of the manuscript.
This research received no external funding.
Not applicable.
Conflicts of interest.
The authors declare no conflict of interest. Authors have not been financially supported for the design of the study; the collection, analyses or interpretation of data; the writing of the manuscript.
Publisher’s Note: MDPI stays neutral with regard to jurisdictional claims in published maps and institutional affiliations.
Home — Essay Samples — Social Issues — Breastfeeding in Public — Assessment of Nursing vs. Baby Formula
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Benaroch, R. (2018). The Benefits of Breastfeeding for Both Mothers and Babies. WebMD. Retrieved from doi:10.1177/0890334417739207
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COMPANY ANNOUNCEMENT
When a company announces a recall, market withdrawal, or safety alert, the FDA posts the company's announcement as a public service. FDA does not endorse either the product or the company.
Dairy Manufacturers Inc., of Prosper, TX – 6/3/24, is notifying consumers about a safety issue associated with a product that is an extension of an ongoing voluntary recall ( https://www.fda.gov/safety/recalls-market-withdrawals-safety-alerts/dairy-manufacturers-inc-issues-voluntary-recall-products-due-non-compliance-requirements-under-21 ). D-M initiated a voluntary recall on 05/24/24. Crecelac Infant 0-12 with an expiration date of 08/2025 was manufactured at D.M. Mexicana Sa De Cv in Monterey, Mexico and is part of this ongoing recall. D-M is now alerting consumers that a sample of this product has tested positive for Cronobacter spp .
Cronobacter is a bacterium that can cause bloodstream and central nervous system infections, such as sepsis and meningitis, respectively. Complications from Cronobacter infection in infants can include brain abscess, developmental delays, motor impairments, and death.
Symptoms of Cronobacter infection in infants may include poor feeding, irritability, temperature changes, jaundice, grunting breaths, or abnormal body movements.
Crecelac 12.4 oz containers were distributed primarily in March, April, and May of 2024. The product was distributed through retail stores in the state of Texas only. The recalled product is labeled as infant formula and packaged in a 12.4 oz. cardboard and aluminum can.
Only the lot listed below had samples containing Cronobacter spp .
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Crecelac Infant 0-12 | 8 50042 40847 6 | 24 039 1 CHE 352-1 | 08/2025 |
The recalled product can be identified by the batch code on the bottom of the can.
There have been no reports of injuries or adverse reactions due to consumption of these products.
Consumers who have purchased Crecelac Infant 0-12, should discontinue use of the recalled product and return it to the place of purchase for a full refund. Anyone concerned about an injury or illness should contact a healthcare provider.
Consumers with questions may contact the company at 1-972-347-2341 (Monday to Friday, 9:30 a.m. to 5 p.m. EST).
This recall is being made with the knowledge of the Food and Drug Administration.
We sincerely apologize for any inconvenience or concern this may cause and assure our customers that we are taking all necessary steps to ensure the safety, quality, and compliance of our products.
Link to Initial Press Release
Product photos.
FILE - A sign at an Abbott Laboratories campus facility is displayed, April 28, 2016, in Lake Forest, Ill. A report released on Thursday, June 13, 2024, says the U.S. Food and Drug Administration took more than 15 months to act on a whistleblower complaint it received about conditions at an Abbott Nutrition factory that was at the center of a nationwide shortage of infant formula. (AP Photo/Nam Y. Huh, File)
The U.S. Food and Drug Administration took more than 15 months to act on a whistleblower complaint it received about conditions at an Abbott Nutrition factory that was at the center of a nationwide shortage of infant formula, a new audit shows.
The Department of Labor received the email and three days later forwarded it to an FDA address specifically for such complaints. But one of several staff members charged with managing the FDA inbox at the time “inadvertently archived” the email in February 2021, and it wasn’t found until a reporter requested it in June 2022.
The episode is one of several that led the Department of Health and Human Services’ Office of Inspector General to conclude in a report Thursday that the FDA’s policies and procedures to address the issues at the Abbott plant were inadequate.
The FDA took some actions and did follow-up inspections but “more could have been done leading up to the Abbott powdered infant formula recall,” the auditors wrote. The FDA needs better policies for reporting the status of complaints to senior leaders and to make sure that inspections are done quickly, the report concluded.
“The key is, moving forward, FDA should be doing better, and the American public should expect better,” Assistant Inspector General Carla Lewis said in an interview.
Several infants were hospitalized, and two died, of a rare bacterial infection after being fed the powered formula made at Abbott’s Michigan plant, the nation’s largest. The FDA shuttered the site for several months starting in February 2022, and the company recalled several lots of popular formulas including Similac, Alimentum and EleCare.
FDA inspectors eventually uncovered a host of violations at the plant, including bacterial contamination, a leaky roof and lax safety protocols, but the agency never found a direct link between the infections and the formula.
The new report also found it took 102 days for the FDA to inspect the factory after receiving a different whistleblower complaint in October 2021. In that time, the agency received two complaints — one of an illness and another of a death — among infants who consumed formula from the plant, but formula samples were negative for cronobacter, the bacteria in question.
The FDA said in a statement that it agreed with the inspector general’s conclusions. In its own 2022 report, the agency acknowledged that its response was slowed by delays in processing a whistleblower complaint and factory test samples.
“It should be noted that the OIG’s evaluation represents a snapshot in time, and the FDA continues to make progress,” an FDA spokesperson said.
The FDA established a “critical foods investigator cadre, which will solely focus on the inspection and oversight of the infant formula (and other critical foods) industry,” the spokesperson said. It also started improving how it tracks hard-copy mail items, which can include complaints, the FDA said.
Dr. Steven Abrams, a pediatrics professor at the University of Texas at Austin, said he agreed with the report’s recommendations, which include that Congress should give the FDA the power to require manufacturers report any test showing infant formula contamination, even if the product doesn’t leave the factory.
“Like anything else, there were mistakes made. But the government is working very hard, including the FDA. It’s fixing the gaps that existed,” Abrams said. “People have to be comfortable with the safety of powdered infant formula.”
AP Health Writer JoNel Aleccia contributed to this report.
The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute’s Science and Educational Media Group and the Robert Wood Johnson Foundation. The AP is solely responsible for all content.
Lawmaker says watchdog’s report on fda handling of infant formula crisis confirms panel’s findings.
A House Oversight subcommittee says a federal watchdog’s audit of the Food and Drug Administration’s handling of the 2022 infant formula crisis verifies the panel’s findings that the agency bungled its response.
The report by the Inspector General of the Health and Human Services Department comes two years after the FDA’s investigation into the Abbott baby formula contamination that caused nine infant deaths and triggered a nationwide formula shortage in 2022.
“The long-awaited audit by HHS’ OIG confirms findings by the House Oversight Committee that the 2022 nationwide infant formula crisis was exacerbated by dysfunction and delay within the FDA ,” said Rep. Lisa McClain, Michigan Republican and chair of the subcommittee on Health Care and Financial Services.
“This audit confirms testimony by multiple former FDA officials before the subcommittee that the FDA’s failure to heed whistleblower warnings, failure to conduct adequate inspections, and slow responsiveness had serious implications,” she said.
Ms. McClain released documents obtained by the committee during a recent hearing with FDA Commissioner Robert Califf indicating that Biden administration officials knew about the infant formula shortage months before they took action.
Following the temporary closure of Abbott Nutrition in Sturgis, Michigan, a panic set in across the country when mothers sought baby formula for their infants, only to come across empty store shelves or sold-out website pages.
According to the report released last week by the HHS IG, the FDA either lacked policies or had inadequate policies and procedures to identify risks to infant formula and respond effectively through its complaint, inspection and recall processes.
The IG says the FDA had not developed an organizational structure or assigned responsibilities to handle whistleblower complaints in an efficient and effective manner, and took more than 15 months to address a February 2021 Abbott facility whistleblower complaint.
Additionally, the FDA did not push forth an October 2021 whistleblower complaint to senior leadership, resulting in a nearly four-month delay before senior leadership was aware of the complaint.
The IG also found that the FDA did not have policies and procedures to establish timeframes for the initiation of “mission-critical inspections.”
The IG made nine recommendations to the FDA , including that it conduct better staff training on whistleblower policies, require periodic reporting to senior leaders about whistleblower complaints, and implement policies specific to the agency’s authority to recall infant formula.
The FDA , according to the IG report, agreed with the IG’s recommendations and findings that the agency had “inadequate policies and procedures or lacked policies and procedures to identify risks to infant formula and respond effectively through its complaint, inspection, and recall processes.”
The agency told the IG it did not have the “authority to require individuals and manufacturers to provide information that may have helped FDA to identify and respond to risks to the infant formula supply and that it “strongly agrees that adequate policies, procedures, and authorities are needed.”
Sen. Gary Peters, Michigan Democrat, in an effort to prevent another crisis, introduced legislation in early June called “Protect infant formula from contamination,” or the PIFCA Act.
• Kerry Picket can be reached at [email protected] .
Copyright © 2024 The Washington Times, LLC. Click here for reprint permission .
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Watch CBS News
By Kate Gibson
Edited By Anne Marie Lee
June 14, 2024 / 2:02 PM EDT / CBS News
The Food and Drug Administration "inadvertently archived" a whistleblower's complaint regarding conditions at an Abbott Nutrition plant that produced powdered baby formula recalled in 2022 due to bacteria that killed two infants, an audit shows.
An early 2021 email raised red flags about the plant in Sturgis, Michigan, that became the focal point of a nationwide shortage of infant formula when it was temporarily shuttered the following year .
An FDA employee "inadvertently archived" the email, which resurfaced when a reporter requested it in June 2022, the U.S. Department of Health and Human Services Office of Inspector General said Thursday in a report .
"More could have been done leading up to the Abbott powdered infant formula recall," noted the auditor.
It took 102 days for the FDA to inspect the plant after getting a separate whistleblower complaint in October 2021. During those months, the FDA received two complaints, one of an illness and the second a death, of infants who consumed formula from the facility. Yet samples tested negative for Cronobacter sakazakii , the bacteria in question.
Several infants were hospitalized and two died of a rare bacterial infection after drinking the powdered formula made at Abbott's Sturgis factory, the nation's largest . The FDA closed the plant for several months beginning in February 2022, and well-known formulas including Alimentum, EleCare and Similac were recalled.
FDA inspectors eventually found violations at the factory including bacterial contamination, a leaky roof and lax safety practices, but the agency never found a direct connection between the infections and the formula.
The FDA concurred with the report's findings, but noted it was making progress to address the issues behind delays in processing complaints and testing factory samples.
Dr. Steven Abrams, a pediatrics professor at the University of Texas at Austin, agreed with the report's recommendations, including that Congress should empower the FDA to require manufacturers to report any test showing infant formula contamination, even if the product doesn't leave the factory.
"Like anything else, there were mistakes made. But the government is working very hard, including the FDA. It's fixing the gaps that existed," Abrams told the Associated Press. "People have to be comfortable with the safety of powdered infant formula."
Separately, recalls of infant formula from varied sources have continued.
In January, 675,030 cans of Reckitt/Mead Johnson Nutrition's infant formula sold in the U.S. were recalled after health authorities confirmed cronobacter was found in cans imported into Israel from the U.S.
More recently, a Texas firm earlier this month expanded its recall of Crecelac, a powdered goat milk infant formula, after finding a sample contaminated with cronobacter.
—The Associated Press contributed to this report.
Kate Gibson is a reporter for CBS MoneyWatch in New York, where she covers business and consumer finance.
IMAGES
COMMENTS
Breast milk is easier for babies to digest than formula or cow's milk. Because breast milk doesn't remain in the stomach as long as formula does, breast-fed babies spit up less. They have less gas and less constipation. They also have less diarrhea, as breast milk appears to kill some diarrhea causing germs and helps a baby's digestive ...
So if your baby typically drinks a name-brand milk-based formula, a good swap would be whatever store-brand milk-based formula you're able to find, Ms. Romero said, though going from a milk ...
Breastfeeding vs. Formula Feeding. As a new parent, you have many important decisions to make. One is to choose whether to breastfeed your baby or bottle feed using infant formula. Health experts agree that breastfeeding is the healthiest option for both mom and baby. They recommend that babies feed only on breast milk for the first 6 months ...
Over the past year, the average cost of the most popular baby formula products went up by as much as 18 percent 3 at a time when millions are still struggling to recover from the pandemic and ...
Economy Oct 8, 2022 9:08 AM EDT. The national shortage of baby formula in the U.S. that began in February of 2022 cast an urgent spotlight on the difficulties parents can face in meeting basic ...
On the one hand, breastfeeding is deemed preferable due to its perfect balance of nutrients, protection against allergies and diseases, and easy digestion for babies. Get a custom Essay on Benefits of Breastfeeding Versus Formula-Feeding. 809 writers online. Learn More. On the other hand, formula-feeding is characterized by certain merits, such ...
Infant formula An infant being fed from a baby bottle. Infant formula, also called baby formula, simply formula (American English), baby milk or infant milk (British English), is an ultra-processed food designed and marketed for feeding to babies and infants under 12 months of age, usually prepared for bottle-feeding or cup-feeding from powder (mixed with water) or liquid (with or without ...
Infant formulas are liquids or reconstituted powders fed to infants and young children to serve as substitutes for human milk. Infant formulas have a special role in the diet because they are the only source of nutrients for some infants. In the United States and other industrialized countries, the vast majority of infants receive infant formula at some time during their first year of life ...
KEYWORDS: infant formula, breastfeeding, nutritional adequacy, functional adequacy, Codex Alimentarius Commission, Food and Drug Administration. World Nutrition 2019;10(1):100-118 . ... The purpose of this essay is to not to compare breastfeeding and feeding with infant formula and report a conclusion, but to prompt constructive discussion of ...
This is an evidence-based practice project designed to answer the PICOT question, "In infants, how does breastfeeding compared to formula feeding affect growth and development within the first year?" Databases including CINAHL, PubMed, and MeSH were utilized to synthesize primarily peer-reviewed journal articles using Penn State's library database access. Research identified consistent ...
The formula does not provide similar benefits to the baby or the mother (Rigo et al., 2017). These insights are meaningful, true, and acceptable. The conclusion presented in the section supports such premises. The second section analyzes the issue of formula feeding from an evidence-based perspective.
Breastfed babies have fewer infections and hospitalizations than formula-fed infants. During breastfeeding, antibodies and other germ-fighting factors pass from a mother to her baby and strengthen the immune system. This helps lower a baby's chances of getting many infections, including: ear infections. diarrhea.
The FDA requires infant formula to have 30 nutrients that your growing baby needs. Types of infant formula Cow's milk-based baby formula. Cow's milk-based formulas account for a majority of the formula sold. Although cow's milk is the basis for such formulas, the milk has been changed dramatically to make it safe and nutritious for infants.
May 12, 2022, 2:18 PM PDT. By Dr. Rebekah Diamond. The infant formula shortage is an ongoing nightmare for American families with young babies as parents find themselves without the basic food and ...
Open Document. There are many misconceptions today about feeding formula to babies and it being equal to breastfeeding. Breast milk is complex and species-specific; it targets growth and development of infants and provides disease protection. Both breast milk and formulas contain similar nutrients, but formulas are not an exact copy of breast milk.
Receipts wouldn't work for Formula Mom, Tondreau-Leve said, because that would leave a paper trail. Between factory and baby aisle, formula's cheap ingredients become steeply, even ...
Five of the most common used formulas for babies in their first stages of life are "cow's-milk-based formula", "lactose-free", "soy-based," "extensively hydrolyzed formula,"and "formula for premature and low-birth-weight babies." …show more content…. The good news about the milk is that it has been altered so that it ...
Table 3. Different iron intake for a 6-8-month-old infant weighing between 7.3 and 8.6 kg [ 32] when breastfed or formula-fed, considering only one single complementary feeding scheme and an iron PRI of 11 mg/day [ 35 ]. The amount of milk * is defined according to Dewey's observational data [ 7 ]. Iron in mg.
Essay On Baby Formula; Essay On Baby Formula. 1141 Words 5 Pages. Baby Formula- Everything you Need to Know If you are in quest for all the information you can gather on baby formula and proper guides on how to do it- here are some excellent tips and must-knows about baby formula. Mothers always choose what's best for their babies.
Ultimately, breastfeeding can save a lot of money during a newborn's first year of life because breast milk is completely costless. Breastfeeding has excellent benefits for both mother and infant. Breast milk is proven to provide an immense amount of nutrients for the child, while also being easily digestible.
1342 Words. 6 Pages. Open Document. CASE 1- 2 Nestlé: The Infant Formula Controversy. Upon the publication of a report of an English journalist in 1974 suggesting that powdered-formula producers contributed to the death of Third World infants by hard-selling their products to people not sufficiently expert to use them properly, Nestle ...
Situation Analysis The case is based in the late 70's of the past century, when after the baby boom and the appearance of third world countries (Less Developed Countries - LDC's) mothers in general were unable to feed their children with all the needed nutrients that a normal child must have, this is basically why the infant formula was created.
The recalled product is labeled as infant formula and packaged in a 12.4 oz. cardboard and aluminum can. Only the lot listed below had samples containing Cronobacter spp .
FILE - A sign at an Abbott Laboratories campus facility is displayed, April 28, 2016, in Lake Forest, Ill. A report released on Thursday, June 13, 2024, says the U.S. Food and Drug Administration took more than 15 months to act on a whistleblower complaint it received about conditions at an Abbott Nutrition factory that was at the center of a nationwide shortage of infant formula.
Recently a baby formula crisis has occurred on China's mainland. Baby Formula is made with a product called melamine, for an added boost in protein for infants. According to Crandall "A company called the Sanlu group was purchasing melamine laced milk used in its baby formula" (Crandall, Parnell, and Spillen. 2013 pg. 22).
Baby formula is displayed on the shelves of a grocery store in Carmel, Ind. on May 10, 2022. U.S. health officials will start formally tracking infections caused by the rare but potentially deadly ...
FDA reporting another infant formula recall 00:26. The Food and Drug Administration "inadvertently archived" a whistleblower's complaint regarding conditions at an Abbott Nutrition plant that ...