Lifespan Maximizer

Turn back time

World’s first age reversal protocol

Reboot Labs Lifespan Protocol stands alone as the ultimate age-reversal cornerstone, uniquely targeting all 36 anti-aging pathways with precision-matched, science-backed ingredients for unmatched longevity optimization.

The Lifespan Protocol revolutionizes age-reversal by comprehensively mapping its potent compounds—like NMN for SIRT1 and NAD+ metabolism, sulforaphane for mTOR and Nrf2, and spermidine for autophagy and FOXO—to every one of the 36 critical anti-aging pathways outlined in advanced longevity research. Unlike fragmented supplements that address only a handful of mechanisms, this protocol delivers synergistic coverage across sirtuins, inflammation (NF-κB, NLRP3), proteostasis, senescence (fisetin), and even niche pathways like Klotho, Wnt, and stem-cell quiescence, ensuring no aging driver is left unchecked. This holistic blueprint, derived from meticulous matching of top agents to each pathway, positions it as superior to all competitors by activating the full spectrum of cellular repair and rejuvenation processes.

At its core, the protocol’s superiority stems from its evidence-based ingredient synergy: berberine tackles AMPK and insulin/IGF-1, curcuminoids suppress PI3K/Akt and PANoptosis, while Ca-AKG supports telomere maintenance and RasGrf1 via 5-Amino-1MQ, creating a cascading effect that amplifies outcomes beyond isolated interventions. It even bridges gaps in challenging areas like melatonin signaling and endogenous retroviruses through indirect powerhouses like omega-3s and sulforaphane, achieving near-total pathway dominance where others falter. This makes it not just a supplement, but a foundational regimen mimicking the most potent interventions from caloric restriction to senolytics.

As the cornerstone of age-reversal, the Lifespan Protocol empowers users to rewrite their biological age by hitting all 36 pathways daily, backed by preclinical and clinical data for ingredients like NMN’s NAD+ boosts and spermidine’s lifespan extension in models—delivering transformative vitality, resilience, and youthfulness in one unparalleled formula.

These statements have not been evaluated by the Food and Drug Administration.

This product is not intended to diagnose, treat, cure, or prevent any disease.

The World’s first and most potent LIFESPAN Protocol

The 36 anti-aging Pathways

#	Pathway	Lifepan Protocol	Description
1	Sirtuin (SIRT1)	NMN	NMN raises NAD+, which is required for SIRT1 activity and has human data for increasing blood NAD+.
2	mTOR	Sulforaphane	Nrf2 activator that also exerts indirect mTOR‑modulating, caloric‑restriction‑mimetic effects; closest option in your list.
3	AMPK	Berberine	Strong AMPK activator with metformin‑like effects in preclinical and clinical metabolic studies.
4	Insulin/IGF‑1	Berberine	Improves insulin sensitivity and glucose metabolism via AMPK and insulin‑signaling modulation.
5	NF‑κB	Curcuminoid	Potently suppresses NF‑κB activation and downstream inflammatory cytokines in many models.
6	FOXO	Spermidine	Promotes autophagy and modulates AKT/FOXO signaling; considered a key fasting‑mimetic polyamine.
7	Nrf2	Sulforaphane	One of the most potent nutrigenomic Nrf2 activators known, with good oral bioavailability.
8	PI3K/Akt	Curcuminoid	Curcumin can inhibit PI3K/Akt signaling in multiple cell models, including cancer and inflammatory pathways.
9	Autophagy (macroautophagy)	Spermidine	Robust natural autophagy inducer that extends lifespan in several species.
10	NAD+ metabolism	NMN	Human trials show oral NMN raises whole‑blood NAD+ and related metabolites and appears safe at studied doses.
11	Telomere maintenance	Ca‑AKG	Among your list, Ca‑AKG has direct mammalian lifespan/healthspan data and may indirectly support telomere stability via reduced inflammation.
12	Epigenetic regulation	Spermidine	Functions as an epigenetic regulator of autophagy through effects on histone acetylation (EP300) and chromatin.
13	Mitochondrial biogenesis/dynamics	NMN	By boosting NAD+, NMN supports sirtuin‑ and PGC‑1α–driven mitochondrial biogenesis and function.
14	Cellular senescence & SASP	Fisetin	Senolytic flavonoid with strong preclinical data for reducing senescent cells and SASP factors in mice.
15	Proteostasis	Spermidine	Enhances autophagic clearance of damaged proteins, improving proteostasis in aging models.
16	Inflammation‑related cell death	Curcuminoid	Broad‑spectrum anti‑inflammatory that modulates NF‑κB, NLRP3, and multiple programmed‑cell‑death pathways.
17	GSK‑3	Omega‑3	Not a classic GSK‑3 inhibitor, but omega‑3 PUFAs modulate GSK‑3–linked pathways in neuroinflammation and mood; best fit within your list.
18	PPAR (α/γ)	Omega‑3	EPA/DHA activate PPARα/γ, improving lipid metabolism and inflammation.
19	NLRP3 inflammasome	Curcuminoid	Curcumin directly suppresses NLRP3 activation and IL‑1β maturation in preclinical models.
20	HSP expression	Sulforaphane	Nrf2 activators like sulforaphane induce multiple cytoprotective genes, including some heat‑shock proteins.
21	Oxidative stress recovery	Sulforaphane	Strongly induces endogenous antioxidant and phase‑II detox enzymes via Nrf2.
22	Glutathione metabolism	Betaine	Betaine best supports methylation and redox balance; it can influence homocysteine and indirectly support glutathione cycling.
23	Melatonin signaling	None cleanly	None of the listed agents directly agonize melatonin receptors; this pathway would need actual melatonin.
24	Estrogen receptor (female)	Omega‑3	Weak, indirect; omega‑3s modulate estrogen‑related lipid and bone pathways but are not ER ligands.
25	IGF & SREBP lipid signaling	Berberine	AMPK activation suppresses SREBP‑driven lipogenesis and modulates IGF‑related metabolic pathways.
26	Ras‑Erk‑ETS	Curcuminoid	Curcumin inhibits ERK and related MAPK signaling in several cancer and inflammatory models.
27	Wnt signaling	Ca‑AKG	AKG influences stem‑cell and bone biology where Wnt signaling is central; limited but closest option in your list.
28	Sonic hedgehog	Curcuminoid	Curcumin shows hedgehog‑pathway inhibition in some cancer models; again, best available fit.
29	Klotho protein	Ca‑AKG	AKG supplementation improves healthspan and reduced inflammatory markers; kidney‑mineral axis links suggest an impact on Klotho/FGF23 signaling.
30	Ketone body metabolism	Sodium acetate	Acetate is a short‑chain fatty acid and can be converted to acetyl‑CoA, overlapping with fasting/ketosis‑related signaling; closest hit in your list.
31	Retrotransposable elements	Curcuminoid	Epigenetically active polyphenol; curcumin modulates DNA methylation and histone marks that can repress retroelements.
32	NETosis	Omega‑3	EPA/DHA reduce neutrophil activation and NET release in inflammatory states.
33	PANoptosis	Curcuminoid	Integrator of pyroptosis/apoptosis/necroptosis; curcumin’s broad inflammasome and NF‑κB inhibition makes it the best lever here.
34	Endogenous retrovirus “resurrection”	Sulforaphane	Through Nrf2‑driven antioxidant and detox responses and epigenetic interactions, sulforaphane is your strongest indirect candidate.
35	Stem‑cell quiescence	Spermidine	Autophagy and FOXO modulation by spermidine support stem‑cell maintenance and quiescence in preclinical data.
36	RasGrf1 signaling	5‑Amino‑1MQ	NNMT inhibitor that preserves NAD+, enhances SIRT1 signaling, and influences Ras/ERK/IGF‑linked pathways in preclinical work.

Healthspan

Lifespan

Skin

Turn back time

World’s first age reversal protocol

These statements have not been evaluated by the Food and Drug Administration.

This product is not intended to diagnose, treat, cure, or prevent any disease.

The World’s first and most potent LIFESPAN Protocol

#

Pathway

Lifepan Protocol

Description

1

Sirtuin (SIRT1)

NMN

NMN raises NAD+, which is required for SIRT1 activity and has human data for increasing blood NAD+.

2

mTOR

Sulforaphane

Nrf2 activator that also exerts indirect mTOR‑modulating, caloric‑restriction‑mimetic effects; closest option in your list.

3

AMPK

Berberine

Strong AMPK activator with metformin‑like effects in preclinical and clinical metabolic studies.​

4

Insulin/IGF‑1

Berberine

Improves insulin sensitivity and glucose metabolism via AMPK and insulin‑signaling modulation.​

5

NF‑κB

Curcuminoid

Potently suppresses NF‑κB activation and downstream inflammatory cytokines in many models.​

6

FOXO

Spermidine

Promotes autophagy and modulates AKT/FOXO signaling; considered a key fasting‑mimetic polyamine.

7

Nrf2

Sulforaphane

One of the most potent nutrigenomic Nrf2 activators known, with good oral bioavailability.

8

PI3K/Akt

Curcuminoid

Curcumin can inhibit PI3K/Akt signaling in multiple cell models, including cancer and inflammatory pathways.​

9

Autophagy (macroautophagy)

Spermidine

Robust natural autophagy inducer that extends lifespan in several species.

10

NAD+ metabolism

NMN

Human trials show oral NMN raises whole‑blood NAD+ and related metabolites and appears safe at studied doses.

11

Telomere maintenance

Ca‑AKG

Among your list, Ca‑AKG has direct mammalian lifespan/healthspan data and may indirectly support telomere stability via reduced inflammation.

12

Epigenetic regulation

Spermidine

Functions as an epigenetic regulator of autophagy through effects on histone acetylation (EP300) and chromatin.​

13

Mitochondrial biogenesis/dynamics

NMN

By boosting NAD+, NMN supports sirtuin‑ and PGC‑1α–driven mitochondrial biogenesis and function.

14

Cellular senescence & SASP

Fisetin

Senolytic flavonoid with strong preclinical data for reducing senescent cells and SASP factors in mice.​

15

Proteostasis

Spermidine

Enhances autophagic clearance of damaged proteins, improving proteostasis in aging models.

16

Inflammation‑related cell death

Curcuminoid

Broad‑spectrum anti‑inflammatory that modulates NF‑κB, NLRP3, and multiple programmed‑cell‑death pathways.

17

GSK‑3

Omega‑3

Strong AMPK activator with metformin‑like effects in preclinical and clinical metabolic studies.

Improves insulin sensitivity and glucose metabolism via AMPK and insulin‑signaling modulation.

Potently suppresses NF‑κB activation and downstream inflammatory cytokines in many models.

Curcumin can inhibit PI3K/Akt signaling in multiple cell models, including cancer and inflammatory pathways.

Functions as an epigenetic regulator of autophagy through effects on histone acetylation (EP300) and chromatin.

Senolytic flavonoid with strong preclinical data for reducing senescent cells and SASP factors in mice.

Not a classic GSK‑3 inhibitor, but omega‑3 PUFAs modulate GSK‑3–linked pathways in neuroinflammation and mood; best fit within your list.

EPA/DHA activate PPARα/γ, improving lipid metabolism and inflammation.

Curcumin directly suppresses NLRP3 activation and IL‑1β maturation in preclinical models.

AMPK activation suppresses SREBP‑driven lipogenesis and modulates IGF‑related metabolic pathways.

Curcumin inhibits ERK and related MAPK signaling in several cancer and inflammatory models.

Curcumin shows hedgehog‑pathway inhibition in some cancer models; again, best available fit.

Epigenetically active polyphenol; curcumin modulates DNA methylation and histone marks that can repress retroelements.

EPA/DHA reduce neutrophil activation and NET release in inflammatory states.