Nourishes the kidneys and lungs

Nourishes the kidneys and lungs

Nourishes the kidneys and lungs

Nourishes the kidneys and lungs

Nourishes the kidneys and lungs

Nourishes the kidneys and lungs

Nourishes the kidneys and lungs

Nourishes the kidneys and lungs

Hydroxypropyl methylcellulose is a partial methyl and partial polyhydroxypropyl ether of cellulose. It can be dissolved in cold water to form a solution with a certain viscosity. Its properties are similar to those of viscoelastic substances (mainly mucin) in tears, and it can be used as artificial tears. It adheres to the surface of the eyeball through the adsorption of the polymer, simulates the effect of conjunctival mucin, improves the state of reduced eye mucin, and increases the retention time of the eyeball under the state of reduced tears. This adsorption effect is independent of the viscosity of the solution, ensuring that low-viscosity solutions can also have a lasting wetting effect. In addition, it can also increase the wetting of the cornea by reducing the contact angle of the clean corneal surface and improve the stability of the precorneal tear film.

Promote lung function, clear away heat, relieve cough and eliminate phlegm

Promote lung function, clear away heat, relieve cough and eliminate phlegm

Promote lung function, clear away heat, relieve cough and eliminate phlegm

Promote lung function, clear away heat, relieve cough and eliminate phlegm

Promote lung function, clear away heat, relieve cough and eliminate phlegm

Promote lung function, clear away heat, relieve cough and eliminate phlegm

Promote lung function, clear away heat, relieve cough and eliminate phlegm

This product belongs to the benzamide antipsychotic drug, which has an inhibitory effect on the hyperfunction of dopaminergic nerves in the midbrain limbic system and an antagonistic effect on dopaminergic nerve movement disorders in the striatum, thereby producing a calming and sedative effect. It is characterized by its good effect on sensory and motor neurological diseases and psychomotor behavioral disorders. Animal experiments have confirmed that this product can block the conduction of pain impulses through the spinal thalamic tract to the reticular formation. The analgesic effect of this drug may be related to the integration of pain impulses by the thalamus. In addition, it has an antiemetic effect.