Many dietary guidelines recommend that people make at least half their grains whole, yet little has been published on the availability of whole grain options at supermarkets. In a February 2020 audit of the flour aisle at four major supermarkets in metropolitan Sydney, researchers identified 130 different flour products. Of those, only 19% were whole grain flour. The majority of products were refined wheat flour. Not surprisingly, the whole grain flours contained significantly more fiber and protein.
Nutrients. 2020 Jul 10;12(7):2058. doi: 10.3390/nu12072058. (Hughes J et al.)

Swapping out some of the white flour for whole wheat flour in pasta is a simple way for manufacturers to bump up the nutritional quality of their products. But researchers wonder if different whole wheat pasta formulations might be better than others. In this study, researchers compared the nutritional and sensory (taste, acceptability, etc.) characteristics on two types of partially (28.5%) whole wheat fresh pasta: in one, the whole wheat flour was fermented (essentially a sourdough starter) and in the other, the whole wheat flour was not fermented. The fermented pasta showed a higher content of free essential amino acids and phenolic compounds, lower phytic acid content, and higher antioxidant activity. In consumer testing in a group of 54 people, the fermented pasta was rated higher for overall acceptability (taste, texture, and flavor). Interestingly, when people were told about the use of sourdough fermentation in the pasta, the acceptability ratings were even higher, reflective of the growing appetite for functional foods.
Foods. 2019 Sep 18;8(9). pii: E422. doi: 10.3390/foods8090422. (Fois S et al.)

Early exposure to whole grain foods can shape food preferences later in life, so researchers wonder if it may be worthwhile to start with infants. Infant cereals are one of the first solid foods given to babies to compliment breast milk or formula and are often made from refined grains like white rice or pearled barley. In this study, researchers in Spain worked with parents of 81 infants (4-24 months old) to test the acceptability of 30% whole grain infant cereals (made with whole wheat), compared with a popular refined infant cereal. (Whole wheat was chosen to comply with European infant legislation, to make sure that the amount of fiber was appropriate.) After trying each of the cereals for 3 days in a row, infants were just as likely to accept and finish the whole grain cereal as they were the refined cereal. The researchers concluded that infant cereals are an opportunity to expose young people to whole grains earlier in life, to build a taste for them.
Nutrients. 2017 Jan 13;9(1). pii: E65. (Haro-Vicente JF et al.)

While fruits and vegetables are known as sources of healthy antioxidants and phenolic compounds, research increasingly shows that whole grains contain them too. In this review, researchers analyzed the total phenolic contents, phenolic acid profile and antioxidant activity of several whole grains, including wheat, corn, rice, barley, sorghum, rye, oat and millet. The review shows that whole grains contain a number of phytochemicals (including antioxidants) and significantly exhibit antioxidant activity. Researchers conclude that the consumption of whole grains is considered to have significant health benefits including prevention of chronic diseases such as cardiovascular disease, diabetes, and cancer because of the contribution of phenolic compounds. 
Critical Reviews in Food Science and Nutrition. 2014 July 30. [epub ahead of print] (Van Hung P et al.)

In Ankara, Turkey, scientists at Hacettepe University’s Department of Food Engineering compared 18 ancients wheats (12 emmer, 6 einkorn) with 2 modern bread wheats, to assess their total phenolics and flavonoids, phenolic acids, lutein, total yellow pigment, and total radical scavenging capacities. Results showed “remarkably higher total antioxidant activity” in emmer varieties, and “quite high levels of lutein” in the einkorn samples. In conclusion, the findings were considered to be key to “breeding wheat varieties for higher concentration and better composition of health-beneficial phytochemicals.”
Journal of Agricultural and Food Chemistry, August 27, 2008; 56(16): 7285-92