KE SALI HYPOTONIC 10 bags is a food supplement with sugar
and sweetener based on simple and complex carbohydrates in powder form for the
preparation of a hypotonic drink, with *ginger with anti-nausea action, mineral
salts and vitamins. In particular, phosphorus, magnesium, vitamin C, thiamine
and vitamin B12 contribute to normal energy metabolism.
Directions for use
of KE SALI HYPOTONIC 10 bags of KEFORMA
KE SALI HYPOTONIC 10 sachets of
KEFORMA is indicated as:
- Rehydrating in endurance sports
- Energy integration to counteract excessive sweating
- In all cases of
dehydration and a sense of exhaustion.
KE SALI HYPOTONIC 10 sachets
is a gluten-free and lactose-free sports supplement, therefore suitable for all
athletes who follow diets with specific needs. Try the most convenient format of
KE SALI HYPOTONIC in 24 bags! Cosa contiene KE SALI HYPOTONIC 10 buste.
Maltodextrin: balanced mix DE1-DE6-DE19
Mix of 3 maltodextrins with
different degrees of polymerization. Thanks to the perfect balance between short
chains, long chains and branched chains, a balanced and prolonged release of
energy is obtained, which is of particular interest especially in endurance
sports. Agenanova ® branched maltodextrins represent a further advantage in
energy supply: they allow both a pronounced time released effect, but also allow
skeletal muscle to accumulate excess energy, if not used in muscle glycogen
stores. The osmotic pressure of KE SALI HYPOTONIC is <200 mOsm / L: this
characteristic represents a physiological factor of great importance,
guaranteeing perfect assimilation and compatibility with biological fluids. On
the contrary, hypertonic saline solutions are not assimilated, but rather cause
a recall of water inside the intestine to "dilute" the excess of salts present,
with a consequent laxative effect, lowering of pressure, dehydration and spasms
of the intestinal muscles .
Sodium
Its presence in the formulation is
maximized since this ion represents the main element that is lost during sports
performance. By analyzing the component of the minerals present in sweat there
is a strong loss of sodium chloride with sweating, making the replenishment of
this mineral of fundamental importance for the correct functioning of cellular
processes.
Magnesium
Fundamental at a cognitive level, it participates
in the correct functioning of the muscular and nervous system.
Potassium
Its presence in optimal altitude is necessary for the correct
balance of electrolytes. It promotes cell renewal and immunomodulation,
stimulates the endogenous production of testosterone.
Zinc
Promotes
cell renewal and immuno-modulation. It stimulates the endogenous production of
testosterone.
Vitamin B1
Catalyst at the base of numerous enzymatic
reactions including those involved in the immune response and recovery
processes. Vitamin B1 promotes the immune response and in the citrated form it
shows good bioavailability and tolerability.
C vitamin
Ascorbic acid
(also commonly called vitamin C) has antioxidant and immunostimulating
properties, directly promoting differentiation and maturation of T lymphocytes.
It represents the most important vitamin in the fight against free radicals and
in restoring the major enzymatic complexes.
Vitamin B12 and Vitamin B9
Vitamin b12 and b9 are vitamins useful in hematopoiesis, that is, in the
formation and maturation of red blood cells. Their reintegration is necessary in
the event of an unbalanced diet and in the event of increased body demands such
as training and particularly demanding sports performance.
Vitamin D and
Calcium
Vitamin D stimulates the body's immune defenses and, together with
organic calcium, contributes to proper bone mineralization.
Ginger
Phytocomplex rich in protective elements for the intestine, prokinetic and with
a strong anti-nausea effect. During a sporting performance, in conjunction with
the loss of many fluids and salts, there is a feeling of nausea that is highly
limiting for performance: ginger root is able to solve this discomfort.
Phosphorus
It is an essential mineral involved in most of the body's
metabolic reactions, including energy metabolism, bone and tooth formation,
osmotic and acid-base balance, electrolyte transport, and numerous enzyme
systems. Its concentration is regulated through urinary excretion and intestinal
absorption.