Melatonin is to sleep, what cortisol is to insomnia
Sunlight, especially in the morning, can help to regulate the production of two important hormones: cortisol and melatonin
Passionate about nutrition to the most detailed biochemical level. Ready to unlock the nutrigenomic misteries of gene to enzyme to function regarding the healing and adverse effects various foods may have on various individuals
Sunlight, especially in the morning, can help to regulate the production of two important hormones: cortisol and melatonin
Tackling inflammation, antioxidants, detoxification pathways and improving metabolism are built on a strong dietary and lifestyle baseline
Tyrosine can take the catecholamines pathway, being sequentially converted to DOPA, Dopamine, Norepinephrine and Epinephrine through the TH, DDC, DBH and PNMT enzymes
Pickled cucumbers balance the EPA & DHA rich fatty fish and also jump start your digestion, by giving a boost to your microbiome
Electrical charge differences determined by segregation of various ions, such as Na+, Cl-, Ca++ or K+ drive the electrical backbone of life itself
Different from both CoQ10 and PQQ, vitamin K can come in two forms: either its phylloquinone form (vitamin K1) or in its menaquinone form (vitamin K2)
Carnitine is what transports fatty acids into the mitochondria of your cells, where these are oxidized into molecules of ATP, that provide energy for your body
Because plant cells literally become your own cells, your relationship with food is the most intimate relationship of your existence
The most 15 cultivated plants constitute 90% of human diet these days, while the top 3, namely wheat, rice and corn, constitute about 60%
Nitric oxide is made in the body from the amino acid L-arginine by the NOS (Nitric Oxide Synthase) enzyme that exists in three different isoforms.