补充维生素和矿物质对冠状病毒在SPEV细胞培养中复制的影响

V. Laskavyy, T. Polyanina, V. Laskavaya, V. T. Nochevny
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摘要

本文介绍了维生素和矿物质补充剂(VMS)对冠状病毒组织培养复制影响的研究。研究了猪传染性胃肠炎病毒(日本TO36SD192株)和疫苗株“RIMS”在增加维生素A和d含量的矿物质和维生素补充剂(VMS)存在下对SPEV细胞系的细胞病变作用。研究结果表明,在生长培养基中添加维生素和矿物质补充剂可使RIMS病毒的产量增加16.7% ~ 23%。有趣的是,在最低感染剂量下,VMS的存在或不存在不会以任何方式影响冠状病毒参考株TO36SD192的病毒滴度。然而,在VMS存在的情况下,感染剂量仅增加一个数量级(1000 TDC50 / ml)就会刺激病毒滴度增加22.5%。添加VMS后,RIMS菌株繁殖更活跃,实验中添加VMS的病毒滴度比不添加VMS的病毒滴度高30%。进一步增加感染剂量,病毒滴度从13.4%显著增加到6.25%。值得注意的是,TO36SD192病毒对SPEV培养物适应良好,可与引起人类季节性ARVI的病毒进行比较,后者在人体中也适应良好,在疫情高峰期使用VMS可刺激病毒复制。由于RIMS毒株对SPEV培养物的适应性较差,因此其作用可与进入人群的病毒(例如SARS-CoV-2)进行比较。这意味着服用任何传染性剂量的维生素(在流行病期间)都会刺激疾病。
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The effect of vitamin and mineral supplements on the replication of coronaviruses in the SPEV cell culture
The article describes studies on the effect of vitamin and mineral supplements (VMS) on the replication of coronavirus in tissue culture. The cytopathic effect of the porcine transmissible gastroenteritis virus (strain TO36SD192 (Japan) and the vaccine strain "RIMS" was studied on the SPEV cell line in the presence of mineral and vitamin supplements (VMS) with an increased content of vitamins A and D. The results of the study showed that the introduction of vitamin and mineral supplements into the growth medium provides an increase in the yield of the RIMS virus by 16.7 - 23%. Interestingly, at the minimum infectious dose, the presence or absence of VMS does not in any way affect the titer of the virus of the reference strain of the coronavirus TO36SD192. However, an increase in the infectious dose by only one order of magnitude (1000 TDC50 / ml) stimulates an increase in the virus titer by 22.5% in the presence of VMS. With the addition of VMS, the RIMS strain reproduced more actively and the virus titer in the experiment with the addition of VMS was 30% higher than in the control (without VMS). A further increase in the infectious dose showed a significant increase in the virus titer from 13.4% to 6.25%. It should be noted that the TO36SD192 virus, well adapted to the SPEV culture, can be compared with viruses that cause seasonal ARVI in humans, which are also well adapted in the human body, and the use of VMS during the peak of the epidemic can stimulate viral replication. Since the RIMS strain virus is poorly adapted to the SPEV culture, its action can be compared with a virus that has entered the human population, for example, SARS-CoV-2. This means that taking vitamins at any infectious dose (during an epidemic) will stimulate the disease.
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Athletic Therapy Today
Athletic Therapy Today 医学-康复医学
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