NAD+
the coenzyme every cell spends to make energy and repair itself
NMN raises it2. Left unchecked, CD38 (your body's natural NAD+ disposal enzyme) breaks it down as fast as you make it. Apigenin and luteolin block CD3846: what you build you keep, and pterostilbene and ergothioneine spend it on cellular repair. Riboflavin turns the spent form back into NAD+ at Complex I6, and TMG supplies the methyl groups that clear the nicotinamide NMN leaves behind.
In the mug
NMN (+) · Apigenin (+) · Luteolin (+) · Riboflavin (+) · TMG (betaine) (+) · Pterostilbene (+) · Ergothioneine (+)
Sirtuins
the NAD+-dependent enzymes that run repair, the stress response and the body clock
They run on the NAD+ that NMN supplies. Pterostilbene and cordycepin switch them on.
In the mug
NMN (+) · Pterostilbene (+) · Cordyceps militaris (cordycepin) (+)
AMPK
the sensor that reads the cell's energy level; when it runs low, the cell burns fat, builds mitochondria and clears old ones
Pterostilbene and cordycepin activate it.
In the mug
Pterostilbene (+) · Cordyceps militaris (cordycepin) (+)
mTOR
the growth signal; on, the cell builds; off, it recycles
Creatine and NMN lean it toward building37. Spermidine leans it toward recycling at night.
In the mug
Creatine (+) · NMN (+) · Spermidine (+)
ATP & the electron transport chain
where the cell makes ATP, the energy every process runs on
Sugar and MCT's ketones feed it. Riboflavin's FMN and FAD run Complex I and II6. Ubiquinol carries the electrons from one complex to the next; when ubiquinol runs short, electrons leak off as reactive oxygen instead of becoming ATP. Taurine helps assemble Complex I. PQQ works beside ubiquinol in the chain. Creatine holds a reserve of it3. Both cordyceps raise ATP output.
In the mug
Sugar (glucose) (+) · MCT (+) · Riboflavin (+) · Ubiquinol (+) · Taurine (+) · PQQ (+) · NMN (+) · Creatine (+) · Cordyceps sinensis (+) · Cordyceps militaris (cordycepin) (+)
Phosphocreatine
the cell's reserve of ready energy for sudden demands
Creatine fills it, in muscle and in the brain3.
In the mug
Creatine (+)
Ketones & fat oxidation
the second fuel, burned beside glucose
MCT becomes ketones40 and raises the fat you burn64.
In the mug
MCT (+)
Glucose metabolism & insulin sensitivity
how well your cells take sugar up from the blood
NMN improves glucose uptake37. Creatine lowers HbA1c38. Cinnamon lowers fasting glucose36. The sugar in the mug is the first fuel.
In the mug
NMN (+) · Creatine (+) · Cinnamon · Sugar (glucose) (+)
Mitochondrial biogenesis
PGC-1α, the signal that starts new mitochondria
PQQ raises PGC-1α11. NAD+ from NMN raises the number of mitochondria31. TMG, MCT's capric acid, rhodiola's salidroside, pterostilbene and cordycepin raise it too.
In the mug
PQQ (+) · NMN (+) · TMG (betaine) (+) · MCT (+) · Rhodiola (+) · Pterostilbene (+) · Cordyceps militaris (cordycepin) (+)
Mitochondrial dynamics
fusion and fission, how mitochondria merge and split to stay healthy
Reishi's triterpenes and cordycepin keep the balance.
In the mug
Reishi (β-glucan and triterpenes) (+) · Cordyceps militaris (cordycepin) (+)
Mitophagy
PINK1 and Parkin, tagging worn mitochondria for recycling
Coffee and pterostilbene tag them each morning14. Spermidine digests them overnight13.
In the mug
Coffee (caffeine) (+) · Pterostilbene (+) · Spermidine (+)
Autophagy & the lysosome
cell-wide recycling, run by TFEB and eIF5A
Spermidine raises it32.
In the mug
Spermidine (+)
Oxidative stress
reactive oxygen, and the enzymes that clear it
Ergothioneine goes where the oxidation happens, inside the mitochondria. Ubiquinol lowers the reactive oxygen mitochondria leak45. Taurine raises superoxide dismutase49. Apigenin raises glutathione reductase and superoxide dismutase63. Reishi's triterpenes lower oxidised DNA57. Luteolin and PQQ work at the membrane, riboflavin's FAD runs glutathione reductase.
In the mug
Ergothioneine (+) · Ubiquinol (+) · Taurine (+) · Apigenin (+) · Reishi (β-glucan and triterpenes) (+) · Luteolin (+) · PQQ (+) · Riboflavin (+)
Nrf2 / HO-1
the signal that turns on the cell's own antioxidant genes
Luteolin, reishi and both cordyceps turn it on.
In the mug
Luteolin (+) · Reishi (β-glucan and triterpenes) (+) · Cordyceps sinensis (+) · Cordyceps militaris (cordycepin) (+)
Inflammation
NF-κB, the NLRP3 inflammasome, cGAS–STING, mast cells, microglia
Luteolin quiets microglia and steadies mast cells. Apigenin, reishi's triterpenes and cordycepin hold NF-κB down. Ergothioneine and spermidine stop leaking mitochondria from being read by the immune system as an infection44.
In the mug
Luteolin (+) · Apigenin (+) · Reishi (β-glucan and triterpenes) (+) · Cordyceps militaris (cordycepin) (+) · Ergothioneine (+) · Spermidine (+)
Cellular senescence
old cells that stop dividing and release inflammatory signals
Apigenin and luteolin reduce what they release.
In the mug
Apigenin (+) · Luteolin (+)
DNA repair & genomic stability
PARP, and oxidised DNA
Pterostilbene and NMN feed the repair enzymes their NAD+. Creatine3 and reishi57 lower oxidised DNA. Ergothioneine stops the oxidation at its source.
In the mug
Pterostilbene (+) · NMN (+) · Creatine (+) · Reishi (β-glucan and triterpenes) (+) · Ergothioneine (+)
Methylation & homocysteine
the one-carbon cycle every cell draws methyl groups from
TMG lowers homocysteine23 and supplies the methyl groups that clear NMN's nicotinamide, luteolin and the coffee's polyphenols, and collagen's glycine. Creatine cuts the demand: making your own creatine is the body's largest use of methyl groups, and the creatine in the mug switches it off. Riboflavin runs the MTHFR step.
In the mug
TMG (betaine) (+) · NMN (+) · Luteolin (+) · Coffee (caffeine) (+) · Collagen peptides (+) · Creatine (+) · Riboflavin (+)
Neurotrophins & neurogenesis
NGF, BDNF, and new neurons
Erinacines A and C carry the order into the brain1. Hericenones raise it from the astrocytes already there42. Ergothioneine and spermidine raise BDNF. Reishi's triterpenes raise NGF from astrocytes.
In the mug
Lion's mane mycelium (erinacines A and C) (+) · Lion's mane fruiting body (hericenones C, D and E) (+) · Ergothioneine (+) · Spermidine (+) · Reishi (β-glucan and triterpenes) (+)
Neurotransmitters
adenosine, acetylcholine, dopamine, serotonin, GABA, glutamate, glycine
Lion's mane's erinacines send NGF to the acetylcholine neurons1 and, with ergothioneine and luteolin, keep the dopamine neurons alive. Phosphatidylserine releases acetylcholine55, and the acetyl half of it is made from sugar.
Coffee blocks adenosine, the signal that makes you sleepy, for the morning30. L-theanine steadies glutamate and GABA21. Apigenin and taurine calm through GABA, and collagen's glycine is a calming transmitter in its own right. Rhodiola holds dopamine and serotonin up under stress51. Reishi calms: it strengthens GABA, holds histamine in the mast cells, and raises serotonin by way of the gut, which is how it eases anxiety and lifts mood59. Spermidine adjusts the glutamate receptor.
TMG supplies the methyl groups that make melatonin and clear dopamine and noradrenaline once used. Vitamin B6 makes dopamine, serotonin and GABA, and riboflavin is what switches it on.
In the mug
Lion's mane mycelium (erinacines A and C) (+) · Ergothioneine (+) · Luteolin (+) · Phosphatidylserine (+) · Sugar (glucose) (+) · Coffee (caffeine) (+) · L-theanine (+) · Apigenin (+) · Taurine (+) · Collagen peptides (+) · Rhodiola (+) · Reishi (β-glucan and triterpenes) (+) · Spermidine (+) · TMG (betaine) (+) · Riboflavin (+)
HPA axis & cortisol
the stress axis
Phosphatidylserine brings the cortisol response back to normal under chronic stress55. L-theanine21, rhodiola51 and reishi59 ease the stress you feel.
In the mug
Phosphatidylserine (+) · L-theanine (+) · Rhodiola (+) · Reishi (β-glucan and triterpenes) (+)
Cerebral blood flow & oxygen
what reaches the brain, and how well it is used
PQQ raises blood flow to the brain11. Luteolin raises brain oxygenation52. Creatine lets the brain do the same work on less oxygen41.
In the mug
PQQ (+) · Luteolin (+) · Creatine (+)
Immune cells
natural-killer cells, T cells, IgA
Reishi's β-glucan raises T-cell and natural-killer counts56. Cordyceps sinensis raises natural-killer activity54, cordycepin too61. Lion's mane's own β-glucans join them.
In the mug
Reishi (β-glucan and triterpenes) (+) · Cordyceps sinensis (+) · Cordyceps militaris (cordycepin) (+) · Lion's mane fruiting body (hericenones C, D and E) (+)
Gut & microbiome
the bacteria you feed
Acacia fibre feeds them. The mushrooms' β-glucans do the same.
In the mug
Acacia fibre · Lion's mane fruiting body (hericenones C, D and E) (+) · Reishi (β-glucan and triterpenes) (+) · Cordyceps sinensis (+) · Cordyceps militaris (cordycepin) (+)
Circadian timing
the body clock
Coffee is the morning signal. Spermidine's recycling runs overnight. The clock's sirtuins run on NAD+.
In the mug
Coffee (caffeine) (+) · Spermidine (+) · NMN (+)
Cardiovascular
blood pressure, LDL, homocysteine
Pterostilbene lowers systolic blood pressure35. TMG lowers homocysteine23. Taurine raises exercise time and distance50. Ubiquinol, PQQ and riboflavin work on the same markers.
In the mug
Pterostilbene (+) · TMG (betaine) (+) · Taurine (+) · Ubiquinol (+) · PQQ (+) · Riboflavin (+)
Membranes, calcium & cellular pH
the cell's membranes, its calcium and its acidity
Taurine holds the cell's pH steady under its own load and buffers calcium. Luteolin holds the mitochondrial membrane potential. Phosphatidylserine is the membrane itself.
In the mug
Taurine (+) · Luteolin (+) · Phosphatidylserine (+)
Connective tissue
collagen, joints
Knee pain eases by week twelve58.
In the mug
Collagen peptides (+)