He was very prone to seasickness and already felt queasy.
他很容易晕船，此时已经感到恶心了。
It delves into everything from seasickness, jet lag and the hazards of camels to malaria and plague.
它探究了从晕船、时差和骆驼的危害到疟疾和瘟疫的一切。
I have some tablets for seasickness.
我有止晕药片。
Pills for seasickness often induce drowsiness.
晕船药经常会引起昏昏欲睡的感觉。
The passengers turned quite green with seasickness.
旅客们由于晕船而脸色发青。
Many cases of seasickness originate in indigestion.
许多人晕船是由于消化不良而引起的。
Seaborne financial investors could be in for a bout of seasickness.
海运业务的金融投资者可能会有些晕船。
The physician made a prescription against seasickness for him.
医生给他开了个治晕船的药方。
Yes. I think I'm seasick. I'd better take some tablets for seasickness.
是的，我想我晕船了。我得吃些治晕船的药。
The sea seems quite calm, so there will be no fear of seasickness. Are you seasick?
看上去大海很平静，可以不用担心晕船了。你爱晕船吗? a。
The ship rocked violently from side to side, causing many passengers to feel seasickness.
轮船剧烈地左右晃动，许多乘客都晕船了。
Amy: The sea seems quite calm, so there will be no fear of seasickness. Do you get seasick?
海面看起来很平静，所以我们不必担心晕船，你晕船吗?。
Objective To study the changes and the mechanism of iron metabolism in the process of seasickness adaptation.
目的观察晕船适应过程中铁代谢的变化规律及可能机制，研究铁剂干预对晕船适应的影响。
Single factor analysis showed that motion sickness history and seasickness self-efficacy were statistically significant(P<0.001).
经单因素分析结果显示晕动病历史问卷、晕船自我效能感有显著统计学意义（P<0.001）；
Objective To explore the effect of compound preparation of glutamine on mental and physical fatigue in rats with experimental seasickness.
目的探讨谷氨酰胺复方制剂对晕船大鼠脑体疲劳的影响。
Objective: To study the differentially expressed proteins in brain stem of seasickness adaptive rats and discuss its possible pathogenesis.
目的：研究晕船适应大鼠脑干蛋白质的表达变化，探讨晕船适应的可能机制。
Objective to investigate the effect of hypoxic preconditioning on severity of seasickness, and to detect iron concentrations in brain and serum of rat.
目的探讨低氧预处理对大鼠晕船程度及对脑区与血清中铁含量的影响。
Results Prevent-sick syrup was nontoxic. The mice maximum tolerance of anti-seasickness oral solution was 100 times higher than that of clinical dosage.
结果防晕船口服液基本无毒性，抗晕船口服液小鼠最大耐受剂量为临床剂量的100倍以上。
Methods Before sailing, the subjects were tested with EPQ and rod and frame apparatus, and were asked to fill in Seasickness Symptom Checklist after sailing.
方法用艾森克人格问卷（EPQ）、棒框仪对被试者于出海作业前进行测试，用晕船症状评分量表于被试者出海作业返回后进行评估。
Conclusion the bad cabin environment could greatly weaken the capacity of anti-seasickness and the imbalance of vasoactive substance might play an important role.
结论：恶劣船舱环境可削弱人体的抗渡海运动病能力，血管活性物质平衡失调可能是原因之一。
I focused on the horizon through my porthole or sought solace in Darwin's Beagle journal: he suffered terribly from seasickness, and he was at sea for nearly five years.
我把注意力集中在舷窗外的海平线上，或者从想象达尔文的比格尔海峡之旅中寻求一点安慰：达尔文因晕船痛苦不堪，但是他坚持在海上呆了五年。
Conclusion SSH is an effective method for screening differentially expressed genes, the results of this study are helpful in exploring the mechanism of seasickness susceptibility.
结论S SH技术是一种高效的筛选差异表达基因的方法，本实验结果为深入研究晕船易感性机制提供了重要的线索。
Methods SD rats were stimulated by seasickness simulator. Brain stems were taken to observe the ultrastructure changes. Results rat seasickness model was successfully established.
方法晕船模拟器对SD大鼠进行模拟晕船刺激筛选晕船易感大鼠，取大鼠脑干前庭区利用透射电镜观察超微结构相对于正常对照组的改变。
Objective To construct subtracted cDNA library in hypothalamus of the seasickness adaptive rats for providing theoretical basis for effective adaptive training against seasickness.
目的分离晕船适应大鼠下丘脑差异表达基因片段，以探讨晕船适应机理。
Scientists are not sure how ultrasound may harm health but one possibility is that it disturbs the delicate balance sensors in the ear, confusing the brain and calling seasickness-like symptoms.
科学家尚不确定超声波会如何损害健康，但它有可能会影响耳朵中精密的平衡感应器，令大脑感到“困惑”，从而引发各种眩晕恶心症状。
Scientists are not sure how ultrasound may harm health but one possibility is that it disturbs the delicate balance sensors 5 in the ear, confusing the brain and calling seasickness-like symptoms.
科学家尚不确定超声波会如何损害健康，但它有可能会影响耳朵中精密的平衡感应器，令大脑感到“困惑”，从而引发各种眩晕恶心症状。
Conclusion Synthetic training method on land can prevent seasickness better than traditional training method and can prevent from seasickness occurrence effectively under 3, 4 class sea conditions.
结论在陆上进行综合训练法预防晕船病的效果优于传统训练法，在3、4级海况时能有效预防晕船病发生。
Conclusion Synthetic training method on land can prevent seasickness better than traditional training method and can prevent from seasickness occurrence effectively under 3, 4 class sea conditions.
结论在陆上进行综合训练法预防晕船病的效果优于传统训练法，在3、4级海况时能有效预防晕船病发生。
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