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[Almitrine in therapy of chronic obstructive respiratory tract diseases with hypoxemia--a clinical multicenter study comparing 2 dosages].

In an 8-month prospective, placebo-controlled multi-centre trial involving 64 hypoxaemic COPD patients (mean +/- SD age, 64 +/- 8 years, paO2, 57 +/- 7 mmHg, paCO2, 41 +/- 6 mmHg), we compared the efficacy and acceptability of two different dosages of almitrine, 75 and 100 mg. 21 patients received continuous treatment with almitrine (75 mg), 23 sequential treatment (100 mg, one month of placebo after three months treatment), and 20 were in the placebo group. As defined by the inclusion criteria, none of the patients had clinical or subclinical signs of peripheral neuropathy. Clinical examinations, blood gas analyses and determinations of plasma almitrine levels were performed monthly. Patients underwent spirometry and detailed neurological examination upon entry and at the end of the trial. The percentage of drop-outs was considerably higher among patients under medication (59%) as compared to placebo (10%, p < 0.001) which was particularly due to impaired compliance in the almitrine groups. Comparing arterial paO2 or paCO2 over time by analysis of variance, there was no significant effect of medication on blood gases. However, in patients receiving 100 mg almitrine daily, paO2 was significantly increased vs. placebo after four and six months of treatment, and in patients receiving 75 mg almitrine, mean paCO2 was significantly lowered vs. placebo after four months of medication (t-test, p < 0.05). Neurological findings did not differ between treatments and over time. In conclusion, only certain individual patients may benefit from a treatment with 100 mg almitrine whereas the effect of the 75 mg dosage on paO2 did not differ from placebo.

Aged↗

[Liver function of patients with arterial hypoxemia in chronic obstructive respiratory tract disease and the effect of nasal oxygen insufflation].

Patients suffering from chronic obstructive airway disease often have arterial hypoxemia, which is more or less severe. If hypoxemia deteriorates the function of the liver is still unknown. The aim of this study was to determine, if a mostly oxygen dependent process of liver metabolism (galactose elimination capacity) is disturbed and if it can be increased by oxygen insufflation. Under the same conditions an oxygen independent process (indocyaninegreen clearance) should not be influenced. Our results show, that galactose elimination capacity under room air was pathologic and can be increased significantly by oxygen breathing. No change of indocyaninegreen clearance was seen under the same conditions. After termination of oxygen therapy the galactose elimination capacity was as bad as before oxygen breathing. Dysfunctions of the liver, which are caused by hypoxemia, can be positively influenced by oxygen, but only for the duration of oxygen insufflation.

Aged↗

[Therapeutic consequences of glaucoma treatment with different beta blockers in patients with obstructive respiratory tract diseases].

In patients in whom chronic obstructive bronchial disease and chronic glaucoma had been diagnosed, the most important ventilation parameters and intraocular pressures were investigated in a double-blind cross-over study. The airway resistance, the forced expiratory volume within the first second, the thoracic volume, and the mean expiratory flow in these patients exhibited significant differences after treatment with non-cardioselective beta-blocking agents, depending on the beta-receptor stimulating action of this ophthalmic solution (Pindolol 1% eye drops) or without any intrinsic sympathicomimetic action (Metipranolol 0.6% eye drops). There was no fundamental difference in the intraocular pressure-lowering effect of these two locally applied beta-blocking solutions. This study implies that when selecting a beta-blocking ophthalmic solution for anti-glaucoma treatment, the existence of an ISA effect of these eye drops is relevant only to avoid systemic side effects such as bronchopulmonary obstruction.

Adrenergic beta-Antagonists↗