Recovery of the Gods

Supports muscle protein synthesis and post-training repair. Works by directly activating mTOR, the signalling pathway that switches on muscle protein synthesis after training.

Supports muscle protein synthesis Supports post-training repair

Aids muscle energy use and training recovery. Works as a branched-chain amino acid that muscles can break down directly for fuel during exercise and use to rebuild tissue afterwards.

Supports muscle energy utilisation Supports training recovery

Aids muscle tissue maintenance and recovery. Works as a branched-chain amino acid that muscles use directly for fuel during exercise and as building blocks for tissue repair.

Supports muscle tissue maintenance Supports recovery from training stress

Assists tissue repair and protein-building pathways. Works as an essential amino acid the body cannot make on its own, required for building proteins and producing collagen.

Supports tissue repair Supports protein-building pathways

Aids protein balance and tissue regeneration. Works as an essential amino acid required for building proteins, plus a major component of the mucin proteins that protect the gut lining.

Supports protein balance Supports tissue regeneration

Assists gut-lining repair and structural tissue. Works as a building block for collagen and a key amino acid in the mucous layer that protects the gut lining.

Supports gut-lining support routines Supports structural tissue repair

Aids gut-lining integrity and digestive recovery. Works as the primary fuel source for the cells of the intestinal lining, helping them repair and maintain a tight gut barrier.

Supports gut-lining integrity Supports digestive recovery routines

Supports blood flow and post-training recovery. Works by promoting nitric oxide production and inhibiting enzymes that break it down, helping blood vessels stay dilated for nutrient delivery to muscles.

Supports blood flow and nutrient delivery Supports post-training recovery routines

Assists cellular hydration and power output. Works as an osmolyte that pulls water into muscle cells, helping maintain hydration and supporting strength performance during training.

Supports cellular hydration Supports power output

Aids neurotransmitter pathways and recovery under training stress. Works as a precursor to dopamine, noradrenaline, and adrenaline, neurotransmitters that influence focus, mood, and stress response.

Supports neurotransmitter pathways Supports recovery under training stress

Helps natural sleep-cycle pathways and relaxation. Works as the direct precursor to serotonin, which the brain then converts to melatonin in the evening to regulate the sleep-wake cycle.

Supports natural sleep-cycle pathways Supports relaxation before bed

Supports muscle buffering and tissue repair. Works as a precursor to carnosine, which buffers acid build-up in muscles, and contributes amino acid building blocks for tissue repair.

Supports muscle buffering pathways Supports tissue repair

Helps antioxidant pathways and cellular repair. Works as a sulfur-containing amino acid that contributes to glutathione production, the body's master antioxidant, and to the methylation reactions cells rely on.

Supports antioxidant-related pathways Supports cellular repair

Aids nutrient absorption and ingredient uptake. Works by activating transporter proteins in the intestinal lining, helping amino acids, vitamins, and other compounds move into the bloodstream more efficiently.

Supports nutrient absorption Supports ingredient uptake efficiency

Supports immune function and collagen production. Works as an antioxidant that protects cells from oxidative damage and as a cofactor in the synthesis of collagen, the protein that keeps skin and connective tissue strong.

Supports immune function Supports collagen and iron absorption