Fill in your increase or decrease of Vitamin D supplements
dage om ugen
dage om ugen
dage om ugen
dage om ugen
dage om ugen
dage om ugen
ZinoShine+ |
0
|
gange om ugen |
Xtend/Xtend+ |
0
|
gange om ugen |
BalanceOil+/Vegan/AquaX |
0
|
gange om ugen |
Protect+ |
0
|
gange om ugen |
Essent+ (softgel) |
0
|
gange om ugen |
Fra en anden leverandør - gange om ugen |
0
|
gange om ugen |
Fill in your increase or decrease of Vitamin D supplements
dage om ugen
dage om ugen
dage om ugen
dage om ugen
dage om ugen
dage om ugen
ZinoShine+ |
0
|
gange om ugen |
Xtend/Xtend+ |
0
|
gange om ugen |
BalanceOil+/Vegan/AquaX |
0
|
gange om ugen |
Protect+ |
0
|
gange om ugen |
Essent+ (softgel) |
0
|
gange om ugen |
Fra en anden leverandør - gange om ugen |
0
|
gange om ugen |
Dato:
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Dato:
Land:
Køn:
Ifølge EFSA:
1. DHA bidrager til at vedligeholde en normal hjernefunktion
2. EPA og DHA bidrager til at vedligeholde en normal hjertefunktion
Følgende gør sig ifølge EFSA gældende for vitamin D:
3. det bidrager til normal optagelse/udnyttelse af calcium og fosfor
4. det bidrager til normale calciumniveauer i blodet
5. det bidrager til opretholdelsen af normale knogler
6. det bidrager til opretholdelse af en normal muskelfunktion
7. det bidrager til opretholdelse af normale tænder
8. det bidrager til immunsystemets normale funktion
9. det spiller en rolle i celledelingsprocessen
An imbalance in the gut microbiota – scientifically referred to as dysbiosis – is increasingly recognized as a factor that can influence multiple aspects of health. One of the key mechanisms by which this imbalance exerts systemic effects is through changes in intestinal barrier function – sometimes described as reduced barrier resilience. This allows small microbial components, such as lipopolysaccharides (LPS), to pass into the bloodstream, where they interact with immune receptors and contribute to ongoing immune stress and activation.
Once in circulation, LPS and other microbial signals can stimulate immune and endothelial cells, engaging pathways that can lead to the release of pro-inflammatory messengers. Over time, this not only challenges the body’s immune balance but can also place additional stress on the gut barrier itself, creating a feedback loop of barrier strain and immune activation.
The ripple effects extend well beyond the gut: signals originating in the intestine can influence metabolism, immune tone, and even gut-brain communication. In this way, an imbalance in the gut microbiota is not simply a localized gut issue – it can act as a systemic disruptor, influencing health through interconnected immune and metabolic pathways.
As research continues to illuminate the role of the microbiome in human health, restoring microbial balance through targeted dietary, microbial, and lifestyle strategies is increasingly recognized as a promising approach to support overall health and well-being.
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