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New Whole Grain Stamp

The Whole Grains Council has introduced another Whole Grain stamp to help shoppers search for whole grain foods. The 50% stamp will show up on foods in the first half of 2017. The stamp is available on over 11,000 products in 55 countries.

The three stamps include:

100% Stamp—The product contains all whole grains. The minimum requirement is 16g (a full serving) of whole grain per serving.

50% Stamp—The product contains half or more whole grains in the grain ingredients. The minimum requirement is 8g (a half serving) per serving.

Basic Stamp—The product contains at least 8g of whole grains (a half serving) per serving and may contain some refined grains.

Each stamp shows how many grams of whole grain ingredients are in a serving of that specific product.

Learn more about the Whole Grain stamps at https://wholegrainscouncil.org/whole-grain-stamp.

About Karen Blakeslee

The Rapid Response Center was formed in 1995 as a resource for Kansas State University Research & Extension Agents. Resource topics included Food Science, Human Nutrition, Food Service, Textiles, Home Care and other consumer topics. Since that time, the Center has grown to be of valuable assistance to Kansas State University Extension Specialists in those areas.
5 thoughts on “New Whole Grain Stamp
  1. As I said, Dianabol is ideally used alongside different compounds, so your dosage can differ
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    Gynecomastia often develops throughout puberty, with a reported peak incidence of 65%
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    in 36% of healthy grownup men aged 16–58
    years (200). While palpable, within the great majority of
    instances the gynecomastia was small in size.
    In addition, AAS have virilizing effects, which obviously just isn’t
    an issue in men but has great scientific significance in ladies.
    These effects embody dysphonia or deepening of the voice, hirsutism and clitoromegaly.
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    AAS courses, as shown by the comparability of
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    Some of those paperwork recommend that administration of AAS to feminine athletes was
    highly effective in enhancing their competitive performance,
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    pace. The stories advised that administration of AAS in female athletes for 4 years improved shot-put distance by four.5–5 m and discus throw
    distance by 11–20 m; whereas in racing events, athletes
    utilizing AAS were 4–5 s and 7–10 s sooner in the four hundred m and 1500 m occasions, respectively.
    Certainly, the systematic administration of androgens in feminine German athletes
    was considered successful by the GDR doping program as it resulted in many
    victories in female sporting occasions. Some of those female athletes were given doses of nandrolone and testosterone esters that were
    even higher than the doses that were administered to
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    We detected an abnormally excessive glutamine/glutamate metabolite ratio (Kaufman et al., 2015).
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    glutamate turnover (e.g., higher glutamate release and/or
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    Nandrolone, like numerous other AAS, induces extra oxidative stress (see section 6.1 and Table 1),
    which reduces GLT-1 expression and function (Trotti et al.,
    1996, 1997; Blanc et al., 1998; Keller et al., 1997). High glutamate ranges inhibit protein phosphatase 2A (Yi et al.,
    2005, 2008), an enzyme that reduces tau-P ranges by dephosphorylation (see section 7.7), and thus excessive glutamate
    levels in AAS customers might improve tau-P levels and threat for developing AD/ADRD.

    Dying et al. (2004) demonstrated that THG was about
    one order of magnitude stronger than nandrolone, testosterone and trenbolone in yeast cells expressing human androgen receptors.
    Friedel et al. (2006b) also used a reporter gene assay
    based in a yeast strain containing transfected androgen receptor constructs
    and found that THG was about 10 instances lower than the EC50
    of the reference substance DHT. (Jasuja et al. (2005) discovered that THG
    upregulated androgen receptor expression in mesenchymal multipotent cells by measuring the translocation of the receptor to the nucleus
    utilizing immunohistochemical and analyses, however this was not significantly different from
    DHT. The authors make the necessary point that it is not known whether yeast-based techniques express the repertoire
    of coregulators that is present in mammalian androgen-responsive tissues.
    Labrie et al. (2005) studied the genomic signature of THG and compared it with the consequences
    of DHT on gene expression in mouse tissues by extracting RNA, converting it
    to cDNA after which transcribing it in vitro to produce biotinylated cRNA
    for evaluation. These investigators found that THG and
    DHT modulated in a similar fashion 671 genes in the mouse levator
    ani muscle, ninety five genes in the gastrocnemius muscle and 939 genes within the prostate.

    With respect to prohormone supplements of testosterone,
    as just lately reviewed by Brown et al. (2006), these are modelled on steroids that
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    References:

    PedsElite

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