Fill in your increase or decrease of Vitamin D supplements
days per week
days per week
days per week
days per week
days per week
days per week
ZinoShine+ |
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Xtend/Xtend+ |
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BalanceOil+/Vegan/AquaX |
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Protect+ |
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/times per week |
Essent+ (softgels) |
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/times per week |
From another supplier - /times per week |
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/times per week |
Fill in your increase or decrease of Vitamin D supplements
days per week
days per week
days per week
days per week
days per week
days per week
ZinoShine+ |
0
|
/times per week |
Xtend/Xtend+ |
0
|
/times per week |
BalanceOil+/Vegan/AquaX |
0
|
/times per week |
Protect+ |
0
|
/times per week |
Essent+ (softgels) |
0
|
/times per week |
From another supplier - /times per week |
0
|
/times per week |
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Date:
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According to EFSA:
1. DHA contributes to the maintenance of normal brain function
2. EPA and DHA contribute to the normal function of the heart
According to EFSA, vitamin D:
3. contributes to normal absorption/utilization of calcium and phosphorus
4. contributes to normal blood calcium levels
5. contributes to the maintenance of normal bones
6. contributes to the maintenance of normal muscle function
7. contributes to the maintenance of normal teeth
8. contributes to the normal function of the immune system
9. has a role in the process of cell division
In health, there is a balanced distribution across these pathways. However, under conditions of stress, or microbial imbalance, tryptophan metabolism skews toward excessive kynurenine pathway flux. This shift is detectable in blood as increased kynurenine-to-tryptophan (KYN:TRP) ratio and decreased levels of beneficial indole derivatives like IPA.
This imbalance not only reflects microbial stress – it amplifies it. Low IPA and high KYN levels are signals of reduced microbial activity and increased immune activation. In contexts of persistent imbalance, this pattern is often observed together with reduced barrier resilience and altered microbial signatures.
Quick summary