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首页> 外文期刊>Medical hypotheses >Does exposure to inhalation anesthesia gases change the ratio of X-bearing sperms and Y-bearing Sperms? A worth exploring project into an uncharted domain
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Does exposure to inhalation anesthesia gases change the ratio of X-bearing sperms and Y-bearing Sperms? A worth exploring project into an uncharted domain

机译:吸入麻醉气体会改变X含精子和Y含精子的比例吗?值得探索的未知领域项目

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According to recent surveys performed in United States and India, anesthesia care providers were observed to have sired female offspring in a higher proportion than male offspring as their firstborn progeny; however, the reasons for the skew are not clear. Our hypothesis is that the underlying biological evidence may be elucidated by unraveling differences (if any) between the concentrations of X-bearing sperms and Y-bearing sperms in the semen samples obtained from males exposed to varied levels of anesthetics in their lifetimes. Therefore, the objectives of the envisaged study would be to conduct a three-stage investigative study on in-vitro human semen samples to determine (a) X-bearing sperms and Y-bearing sperms concentrations' ratio in male pediatric anesthesia care providers' semen samples, (b) changes in X-bearing sperms and Y-bearing sperms concentrations' ratios between the pre-rotation and post-rotation semen samples of male medical student volunteers/observers, and (c) changes in X-bearing sperms and Y-bearing sperms concentrations' ratios between the pre-operative and postoperative day-3 semen samples of male patients presenting for outpatient procedures under inhalational anesthesia. The expected outcomes would be (a) linear and positive correlation of the anesthetic gas usage (exposure) with increased X-bearing sperms/Y-bearing sperms ratio in post-anesthesia day 3 sample as compared to the baseline preoperative sample, (b) linear and positive correlation of the anesthetic gas usage (exposure) with increased X-bearing sperms/Y-bearing sperms ratio in post-rotation sample as compared to the baseline sample, and (c) observation of high X-bearing sperms/Y-bearing sperms ratio in the pediatric anesthesia care providers. In summary, effects (if any) of occupational or personal exposure to inhalational anesthetic gases on the X-bearing sperms and Y-bearing sperms ratio is a worthy project wherein lots of questions that have arisen over decades could find the path to their definitive answers, based on envisaged laboratory investigations into this uncharted domain. (C) 2016 Elsevier Ltd. All rights reserved.
机译:根据最近在美国和印度进行的调查,观察到麻醉护理提供者生下的雌性后代的比例高于雄性后代,而其后代的比例更高。但是,偏斜的原因尚不清楚。我们的假设是,可以通过从男性一生中暴露于不同麻醉水平的精液样本中含X精子和含Y精子的浓度之间的差异(如果有的话)中阐明潜在的生物学证据。因此,预期研究的目标是对体外人精液样本进行三阶段调查研究,以确定(a)男性儿科麻醉护理提供者精液中含X精子和含Y精子的比例。 (b)男性医学生志愿者/观察员旋转前和旋转后精液样本中X含精子和Y含精子浓度的变化,以及(c)X含精子和Y的变化吸入麻醉下门诊就诊的男性患者术前和术后第3天精液样本之间的含精子浓度比。预期的结果将是(a)麻醉后第3天样本中的麻醉气体使用量(暴露)与X含精子/ Y含精子比率增加(与基线术前样本相比)呈线性正相关,(b)与基线样品相比,旋转后样品中麻醉气体使用量(暴露)与含X精子/含Y精子比率增加的线性和正相关,以及(c)观察到含高X精子/ Y-儿科麻醉护理人员的精子比率。总而言之,职业或个人接触吸入麻醉气体对X含精子和Y含精子比率的影响(如果有的话)是一个值得研究的项目,几十年来出现的许多问题都可以找到最终答案的途径。 ,基于对这个未知领域的实验室研究。 (C)2016 Elsevier Ltd.保留所有权利。

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