[Are microwaves a co-teratogen? Experimental model concept and its verification].

Problemy medycyny wieku rozwojowego Pub Date : 1984-01-01
J Marcickiewicz, B Chazan, M Troszyński, S Szmigielski
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Abstract

Microwave radiation does not result in development of congenital malformations in mice until hyperthermia is evoked. However, in the literature it is well established that certain environmental and occupational factors not being teratogenic per se may enhance and/or influence potency of established teratogens. As concerns the microwave radiation there are results suggesting cocarcinogenic properties of this radiation. In view of the above we set the hypothesis that microwave radiation may also interfere with teratogenic potency of the established teratogens. For the experiment we selected cytosine arabinoside (ara-C) under the trade name of Cytosar, produced by the Upjohn Co. The scheme of our experiment included injection of pregnant mice with 10 mg per kg of are-C on various days of gestation and further also irradiation in microwaves fields at power density of 10 mW/cm2. After checking the teratogenic potency of ara-C in further study on combination of ara-C and microwaves all the mice from the experimental groups were injected on the 9th day of gestation. The significant increase of the incidence of both malformations and resorptions was observed after combined action of are-C and microwaves. We conclude that the experimental pattern of teratogenic action of are-C can be used widely in experiments on combination with other environmental and occupational factors.

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微波是一种共致畸物吗?实验模型概念及其验证[j]。
微波辐射在引起热疗之前不会导致小鼠先天性畸形的发展。然而,在文献中已经确定,某些环境和职业因素本身不具有致畸性,但可能会增强和/或影响已确定致畸物的效力。至于微波辐射,有结果表明这种辐射有致癌的特性。鉴于上述情况,我们提出微波辐射也可能干扰已确定的致畸物的致畸效力的假设。在实验中,我们选择了由Upjohn公司生产的商品名为Cytosar的阿拉伯糖胞嘧啶(ara-C)。我们的实验方案包括在怀孕的不同天注射每公斤10毫克的are-C,并进一步以10 mW/cm2的功率密度在微波场中照射。在进一步研究ara-C与微波联合作用后,检测ara-C的致畸力,实验组小鼠均在妊娠第9天注射。结果表明,在微波和re- c的共同作用下,畸形和再吸收的发生率均显著增加。因此,该实验模式可广泛应用于与其他环境和职业因素联合作用的实验中。
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