Sedative properties of the drug "FLEGMEN" on the basis of clinical-pharmacological tests
Journal Title: World Journal of Pharmaceutical Sciences - Year 2016, Vol 4, Issue 4
Abstract
Background. Distress, due to pain, fear/anxiety, dyspnea, or delirium is common among critically ill patients. Distress may manifest clinically as agitation that is often associated with ventilator asynchrony and vital sign abnormalities. Regardless, distress needs to be treated to comfort the patient, ameliorate agitation that may interfere with supportive care, and attenuate increases in sympathetic tone, which may have untoward physiological effects. Purpose. Common sedative-analgesic medications used to treat distress in critically ill adults. Identifying the cause of distress and using this information to select the optimal sedative-analgesic agent is discussed separately. The aim of the study was to evaluate effectiveness of the new sedative drug complex “Flegmen” in preclinical study. Materials and Methods. The elemental composition of sedative collection "Flegmen" was analyzed by the method of mass spectrometry induction coupled plasma on the instrument ICP-MS 7500a AT the company "Agilent Technologies". Sedative collection "Flegmen" contains 39 elements. In the greatest number of macrocells in the sedative collection "Flegmen" contains chlorine, phosphorous, bromine, sodium, chromium, titanium, zinc and strontium. Also set the content of calcium (9.6 μg), which relieves the consequences of stress. Amino acid composition of sedative collection was studied analyzer. Identification of amino acids of the collection and their quantitative content in nanomolar was calculated according to the integrator, which is supplied with amino acid analyzer. Clinical studies were performed in the Republican Specialized Scientific- Practical Center (RSSPC) of Therapy and Medical Rehabilitation, the Department of Neurology, Departments of GP-therapy, Clinical Allergology, Propedeutics of Internal Diseases, Hematology, and Professional Diseases in the Tashkent Medical Academy. Experiments and Results. The study included 90 patients who received drug, which is studied, and 60 patients received the drug comparison on outpatient and inpatient care. Clinical study was divided three particular clinical trials. Patients were divided into two groups: basic and control. Mean age was 44.5±3.61 year. According to evaluation of the effectiveness of the drug, "Flegmen" was found extremely tolerability in all 90 (100%) patients. Side effects were not revealed in the research. Conclusion. "Flegmen" was determined highly effective drug when all the specified indications. Clinical tests provided that positive clinical efficacy and tolerability of "Flegmen" as a sedative drugs. It was confirmed that the drug is the most effective in the treatment of patients with various diseases accompanied asthenic-neurotic syndrome and neurosis.
Authors and Affiliations
Bekhzod Abdullaev Shukhratovich
Keywords
Related Articles
- EP ID EP197521
- DOI -
- Views 76
- Downloads 0
Ameliorative effect of Masfon Aloe Vera gel on altered proteins, bilirubin levels and body weight in high salt loaded Rats
Salt loading is association with numerous cellular damages occasioned by generation of free radicals, the liver which is the site for the production of vital substances including the serum proteins and bilirubin is not s...
Some hematological and oxidant-antioxidant parameters of patients with heart failure in Thi-Qar Province, Iraq
The present study designed to investigate the some hematological and oxidative stress parameters of patients with heart failure in a sample from Thi-Qar province, south of Iraq. The sample included (100) patients who wer...
Haemostatic Effect of Leaves of Two Plants: A Preliminary Study
The effects of leaves of two plants Plectranthus mollis and Salvia officinalis on bleeding time in rats and the blood clotting time in man were studied. Both the plants markedly shortened both the bleeding and clotting t...
Knowledge of first aid skills among undergraduate students of medical college in Lucknow
The adequate knowledge required for handling an emergency without hospital setting at the site of the accident or emergency may not be sufficient as most medical schools do not have formal first aid training in the teach...
Flame Emission and Molecular Absorption Spectrophotometric Determination of Promethazine Hydrochloride via Potassium Dichromate as Oxidant Reagent
Two simple, rapid and sensitive Flame Atomic Emission and Molecular Absorption Spectrophotometric method for determination of trace amount of promethazine hydrochloride in pure and its pharmaceutical preparations were de...