HYLO Comod - Eye Drops - 10 ML / 0.34 OZ

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About HYLO Comod - Eye Drops - 10 ML / 0.34 OZ

Indication: dry eye Composition: A sterile solution containing sodium hyaluronate (1mg in 1ml), citric buffer and sorbitol. Description: Hylo-Comod is a sterile solution for a better humidification of the ocular surface in disorders of its sensitivity caused by external influences, as for example dry eye, foreign body eye sensation, or eye burning (like sand being in the eye). Hylo-Comod does contain neither phosphates, nor preserving agents, the drops can be used also by contact lens wearers. Use: in general, drop one drop into each eye 3x daily, it is possible to use the drops more often. If you need to use the product more often than 10x daily, get your eyesight checked by an ophthalmologist. Notice: if you use other eye drops, the interval between application of the drops and Hylo-Comod should be at least 30 minutes with eye drops applied at first. The bottle content can be used for up to 6 mounths after the first opening. As a matter of fact, the tear film that covers the ocular surface has a fairly complicated structure.  An outermost thin lipid layer slows down the evaporation of the underlying aqueous phase.  The aqueous phase plays an important role in supplying the ocular surface with oxygen and nutrients. An even distribution of the tear film over the eye is guaranteed by a third,  i.e. a mucin layer, which is in direct contact with the cornea and conjunctiva When the tear film breaks up An insufficient tear film production or a change in its composition means that the tear film can no longer form a continuous layer, i.e. it breaks up (Figure 2). As a consequence, the ocular surface cells are deprived of oxygen and nutrients leading to cellular damage that in turn causes itching, burning and a foreign body sensation. These symptoms are often accompanied by pain. In the advanced stage dry eyes can lead to a damage of the cornea and conjunctiva. Sodium hyaluronate guarantees optimal lubrication he naturally occurring endogenous sodium hyaluronate is ideall