Pure Peptides NAD Booster (NMN) 550mg (lyophilisate)

Then why do we need NMN and not NAD⁺?
Because Sinclair (and a whole galaxy of biochemists) have proven:
simply drinking NAD⁺ is like trying to charge an iPhone by poking an outlet into the case.
It is not absorbed. It is too big. It is in the wrong place and in the wrong way.

But NMN is a precursor, small and smart.
It easily penetrates inside, where the enzyme NMNAT converts it into NAD⁺ already inside the cell.
Precise. Fast. Effective.

Form matters: why lyophilisate?
• Because stability. NMN in lyophilized form is not afraid of oxygen, light and storage at room temperature.
• Because control. You decide how much, when and how.
• Because science does not like watery compromises.

The bottle contains 550 mg of pure NMN, stabilized and waiting to dissolve, like a letter that needs to be read before flying into a new biological era.

Biochemistry of action (briefly, as MIT likes):
NMN → NAD⁺
NAD⁺ → activation of SIRT1–7 sirtuins
SIRTs → anti-aging, DNA protection, inflammation suppression
The result is that cells behave not as if they have “lived”, but as if they are “in the process of renewal”.

Effects
Energy: more ATP, less "morning fog"
Brain: neuroprotection, clarity, improved memory
Heart and blood vessels: increased NO production, improved microcirculation
Inflammation: reduced background inflammation, autophagy support
Aging: improved age biomarkers (blood, skin, well-being)
Metabolism: normalization of sugar and lipid levels, increased insulin sensitivity

NMN is not marketing. It is the result of 20 years of scientific work:
•2003 - NMN extends the life of yeast
•2013 - mice on NMN run faster, age more slowly
•2019 - first clinical trials in humans
•2020–2024 - NMN is included in the register of biomedical strategies for slowing down aging

⚠️ Caution:
•NAD⁺ does not choose what to stimulate. Do not use if you suspect cancer.
•Do not use if you are pregnant, breastfeeding or if you believe that “aging is a journey”
•Individual sensitivity to nicotinamide pathways is rare, but possible