The influence of Nootropil on the content of inorganic phosphorus and lipid phosphorus in the blood of patients with intracerebral haemorrhage.

Nootropil exerts positive impact on both intracortical and cortico-subcortical conduction and increases ATP content in the nerve cell which leads to the increase of ribonucleic acid's synthesis necessary for long duration memory and proteins essential for the production of enzymes (3). The cerebral stroke can change the activity of the central vegetative neurons and induce generalized disturbances of the mechanism of metabolism, e. g.

[Effect of piracetam on inorganic phosphates and phospholipids in the blood of patients with cerebral infarction in the earliest period of the disease].

The influence of piracetam on the level of inorganic and phospholipid phosphorus in blood of ischemic stroke patients was evaluated. In healthy patients piracetam (2G, i.v.

[Effect of long-term administration of low-molecular dextran (40,000) on the blood levels of inorganic phosphorus and lipid-bound phosphorus in patients with cerebral infarction].

The effect of low-molecular dextran given on 6 days after cerebral infarction onset on the content of inorganic phosphorus and lipid-bound phosphorus was studied in 22 patients. The obtained results were compared with those in a control group. Low-molecular dextran caused a statistically significant decrease of the serum lipid-bound phosphorus level in healthy subjects and in patients, which was most pronounced on the sixth day of successive dextran administration, while it had no effect on serum inorganic phosphorus in the studied subjects.