Broccoli is low in fat, high in protein and contains vitamins A, E, B6 and K as well as potassium, iron, magnesium, riboflavin, thiamine, manganese, selenium and more... Rich in vitamins and minerals this green superfood has many benefits including: helps boost your immune system and reduce tiredness, good for bone health, helps
maintain optimal brain function, helps regulate blood pressure and is great for your digestive system.
They must therefore be provided through food and their dietary balance is essential to
maintain optimal brain functions.
Not exact matches
Citicoline assists the operation of
brain cells, allows for maintenance of
optimal memory
function, and helps
maintain cognitive ability with age.
Furthermore, high LDL appears to be a sign of cholesterol sulfate deficiency — it's your body's way of trying to
maintain the correct balance by taking damaged LDL and turning it into plaque, within which the blood platelets produce the cholesterol sulfate your heart and
brain needs for
optimal function.
Maintaining an
optimal nervous system improves the
function of your retina, the part of your eye that contains the nerves that convert images into electrical impulses for your
brain to interpret.
Students will explore the role of nutrition, including dietary supplements, and exercise in
maintaining optimal function of the
brain and skeletal system, as well as the effects of prescription medications on nutritional status.
And on top of that they help you recover from your workouts, they keep your testosterone levels high and they help
maintain optimal brain and immune system
function.
Apart from
brain functions, these pills also target an overall development of the body's key health systems while
maintaining optimal immunity.
Water is SO important for elimination by moving everything through the body efficiently, improves
optimal digestion, increases healthy circulation, boosts immunity,
maintains proper nerve and
brain function, and as you can see the list goes on!
The
brain possesses a variety of regulatory networks that seek to
maintain the
brain's integrated
functioning in the
optimal range for organized and adaptive
functioning.