Nitric oxide synthase activity may also result in the subsequent activation of guanylyl cyclase and PKG.
一氧化氮合酶活性也可能导致随后的冠状液环化酶和 PKG的激活。
I said, well... it also means Nitric Oxide.
我说，NO也是一氧化氮啊。
Nitric Oxide Synthase, Rat Brain, Recombinant.
一氧化氮合酶， 大鼠脑， 重组。
They discovered a pathway that inhibits nitric oxide and thus impedesblood flow.
他们发现了抑制一氧化氮并阻止血液流动的途径。
They discovered a pathway that inhibits nitric oxide and thus impedes blood flow.
他们发现了抑制一氧化氮并阻止血液流动的途径。
Objective To detect changes in exhaled nitric oxide in children with asthma.
目的观察哮喘患儿呼出气一氧化氮的变化。
Losing nitric oxide could, in theory, cause vessels to constrict and clots to form.
理论上，丢失氧化一氮将导致血管收缩和血栓形成。
If nitric oxide is what is needed, it can be added to banked blood just before transfusion.
如果一氧化氮是必须的，那么在输血前添加即可。
He says the extra nitric oxide repaired the ability of red blood cells to expand blood passages.
他说，额外的氧化一氮恢复了红血球促进血液流动的功能。
Reduced levels of nitric oxide in blood vessels has been linked with high cholesterol and diabetes.
血管中一氧化氮水平的降低与高胆固醇血症和糖尿病有关。
Nitric oxide (NO) content in pulmonary tissues was determined using nitrate enzyme reduction method.
同时用硝酸还原酶法测定肺动脉组织一氧化氮(NO)含量。
He found that old blood replenished with nitric oxide is as good as fresh blood at relaxing blood vessels.
他发现在扩张血管方面补充了一氧化氮的血液和新鲜血液一样有效。
Nitric oxide increases the flow of blood to tissues by dilating the arteries that penetrate those tissues.
通过扩张深入组织的动脉血管，一氧化氮增加了流向组织的血液。
Within a day of storage, blood loses 70% of its nitric oxide. After a few days, up to 90% has been lost.
事实上在储存过程中一氧化氮的散失非常之迅速——一天便失去70%而数天则可达90%。
"Oxidative stress can also cause arteries to constrict by destroying nitric oxide," Prof Griffith warned.
格里菲斯教授警告说：“氧化应激也会因摧毁一氧化氮而导致动脉收缩。”
Dr Stamler thus wondered if a lack of nitric oxide was causing the problems associated with transfusions.
Stamler医生因此怀疑一氧化氮的缺乏就引发输血问题的元凶。
Objective To investigate the role of nitric oxide in neuronal damage in mice model of Parkinson's disease.
目的研究一氧化氮在帕金森病小鼠模型神经损害中的作用。
Without enough nitric oxide the plaque blockages build up and grow creating eventually heart disease and strokes.
如果没有足量的一氧化氮来阻止血栓的形成和增长，最终就会得心脏病和中风。
Objective To observe the concentration of nitric oxide (NO) in sera of patients with cerebral cysticercosis.
目的观察脑囊虫病患者血清中一氧化氮(NO)的浓度。
Endothelial cells manufacture a magical protective molecule of gas called nitric oxide, which protects our blood vessels.
内皮细胞可以释放一种保护我们血管的神奇气体分子——一氧化氮。
Blood that is poor in nitric oxide will scavenge the gas from other tissues, causing the vessels in those tissues to constrict.
一氧化氮含量低的血液将会把其他组织中的气体一扫而空，从而导致这些组织中的血管收缩。
The researchers tested their findings on dogs. They found that low levels of nitric oxide reduced the flow of blood in the animals.
研究者们在狗身上测试了他们的发现。他们发现血液中低浓度的一氧化氮含量会降低动物的血流速度。
The scientists also evaluated levels of ozone, nitric oxide, sulfur dioxide and carbon monoxide, but these showed a much weaker relationship.
科学家也评估臭氧、一氧化氮、二氧化硫和一氧化碳的水平，但是这些现实一种很弱的联系。
Increasing nitric oxide production while stimulating mind-muscle intensity will dramatically enhance workout performance and training capacity.
增加一氧化氮的生产，同时刺激头脑肌肉强度将极大地提高训练表现和培训能力。
Furthermore, he warns that putting blood lacking nitric oxide into the body does not merely dilute what gas is already present in the bloodstream.
另外，他警告说，将缺乏一氧化氮的血液输入人体，不仅仅只是稀释掉血液中原有的气体。
But the Cardiff team, funded by the British Heart Foundation, have identified a surprising new mechanism that works independently of nitric oxide.
然而，由英国心脏基金会(British Heart Foundation)资助的加的夫研究小组发现了一个惊人的新机制，该机制无需依赖一氧化氮。
But the Cardiff team, funded by the British Heart Foundation, have identified a surprising new mechanism that works independently of nitric oxide.
然而，由英国心脏基金会(British Heart Foundation)资助的加的夫研究小组发现了一个惊人的新机制，该机制无需依赖一氧化氮。
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