Side effects on the heart | Side effects of Ritalin

Side effects on the heart Everywhere in the body there are transporters that reabsorb messenger substances, including the heart. Depending on the dosage, Ritalin also inhibits the transporters at the heart. Noradrenaline in particular activates receptors on the arteries, the so-called resistance vessels, and thus causes an increase in blood pressure. However, even at higher … Read more

Side effects of Ritalin

Side effects are effects that do not correspond to the intended effect and are therefore considered undesirable effects. Very often, when starting to take Ritalin, sleep disturbances and increased irritability occur. By reducing the dose or even omitting the afternoon/evening dose these symptoms can usually be reduced. Loss of appetite is a common side effect … Read more

Ritalin® Effect

Ritalin® is used for the treatment of hyperkinetic disorders and so-called attention deficit, hyperactivity disorder, AD(H)S in children from the age of 6 and for the continuation of therapy in adolescents. Ritalin® can also be used in cases of compulsive sleep disorders, so-called narcolepsy. The following circumstances/diagnoses speak against the use of Ritalin Hypersensitivity (allergy) … Read more

How does Ritalin work for children? | Ritalin® Effect

How does Ritalin work for children? Ritalin or the active ingredient methylphenidate intervenes in the transmission of information between nerve cells in the brain. To do this, one must consider the structure of a synapse, i.e. the junction between two neurons (nerve cells): From the end of the first neuron, transmitters (messenger substances) are released … Read more

How does Ritalin work as a drug? | Ritalin® Effect

How does Ritalin work as a drug? There is a close relationship between the active substance methylphenidate (Ritalin) and amphetamines. The latter were developed decades ago as a stimulant for soldiers and unfold their effect in principle in the same way as ritalin, namely by increasing the concentration of transmitters in the synaptic gap between … Read more