Evaluation of the disinfectant “Enzidez” according to indicators of acute toxicity and irritant effect

V. Kozhyn, V. Salata, M. Kukhtyn, O. Vasylkiv, S. Laiter-Moskaliuk
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Abstract

Despite the fairly large number of disinfectants on the market, there is no perfect drug, as microorganisms adapt to new antibacterial substances quite quickly. In this regard, recently, enzymatic preparations for the hydrolysis of protein contaminants and the destruction of the glycopeptide matrix of the microbial biofilm have been introduced into disinfectants. Therefore, disinfectants that have a wide spectrum of antimicrobial action, actively remove organic contaminants and affect the biofilm forms of bacteria are considered relevant and promising for development. The purpose of the work was to conduct a toxicological evaluation of the developed disinfectant “Enzidez” according to indicators of acute toxicity and irritant effect. Determination of acute toxicity and irritant effect of the native disinfectant and its 1 % solution was carried out according to generally accepted methods. Studies on establishing the parameters of subacute (acute) toxicity of Enzidez disinfectant on white mice revealed that the working 1.0 % concentration of Enzidez disinfectant did not cause the death of mice when administered intragastrically in a dose of 5000 to 13000 mg/kg. This indicates that a dose of 13,000 mg/kg body weight will be tolerated (LD0) for animals, while the median lethal (LD50) dose will be higher than this amount. According to the classification regarding the harmfulness of substances, the disinfectant in a working concentration of 1.0 % will be considered low-toxic (toxicity class 4).In the pathological autopsy of laboratory mice after administering lethal and working doses of the drug “Enzidez” to them, it was established that the mice died from pulmonary insufficiency due to hyperemia and pulmonary edema. According to the degree of danger, the product belongs to class 4 (low-toxic substances). When a working 1.0 % solution of the disinfectant was injected into the stomach, no visible pathological-anatomical changes were detected in experimental mice after euthanasia, which indicates its low toxicity. In addition, it was found that the native solution of the disinfectant causes slight irritation to the skin of white rabbits, so rubber gloves should be used when preparing working concentrations of the solution. The working 1 % solution of Enzidez, in turn, did not cause an irritating effect. In addition, it was found that the native solution of the disinfectant caused a harmful effect of 9 points on the mucous membrane of the eyes, and the working – 1 % solution did not cause visible changes in the mucous membrane. Therefore, when working with the native disinfectant “Enzidez”, it is necessary to use eye protection – glasses.
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根据急性毒性和刺激作用指标对消毒剂 "Enzidez "进行评估
尽管市场上有相当多的消毒剂,但由于微生物很快就能适应新的抗菌物质,因此没有完美的药物。在这方面,最近,用于水解蛋白质污染物和破坏微生物生物膜糖肽基质的酶制剂已被引入消毒剂中。因此,具有广谱抗菌作用、能主动清除有机污染物并影响细菌生物膜形态的消毒剂被认为是有意义和有发展前景的。这项工作的目的是根据急性毒性和刺激作用指标,对开发的消毒剂 "Enzidez "进行毒理学评价。根据公认的方法,对本地消毒剂及其 1 % 溶液的急性毒性和刺激作用进行了测定。在确定 Enzidez 消毒剂对白鼠的亚急性(急性)毒性参数的研究中发现,工作浓度为 1.0 % 的 Enzidez 消毒剂在胃内注射 5000 至 13000 毫克/千克的剂量时不会导致白鼠死亡。这表明,动物的耐受剂量(LD0)为每公斤体重 13,000 毫克,而中位致死剂量(LD50)将高于此剂量。根据物质的有害性分类,工作浓度为 1.0 % 的消毒剂将被视为低毒性(毒性等级 4)。在对实验鼠施用致死剂量和工作剂量的 "Enzidez "药物后进行病理解剖,结果表明小鼠死于充血和肺水肿导致的肺功能不全。根据危险程度,该产品属于第 4 类(低毒物质)。将消毒剂的 1.0 % 工作溶液注入胃部,实验小鼠安乐死后未发现明显的病理解剖学变化,表明其毒性较低。此外,还发现消毒剂的原生溶液会对白兔的皮肤产生轻微刺激,因此在配制工作浓度的溶液时应使用橡胶手套。而 1 % 的恩西得斯工作溶液则不会产生刺激作用。此外,研究还发现,该消毒剂的原生溶液会对眼睛粘膜造成 9 点有害影响,而 1 % 的工作溶液不会对粘膜造成明显变化。因此,在使用原生消毒剂 "Enzidez "时,必须使用护目镜。
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