oxyhaemoglobin saturation
氧和血红蛋白饱和度
oxyhaemoglobin dissociation
氧和血红蛋白解离
oxyhaemoglobin curve
氧和血红蛋白曲线
oxyhaemoglobin affinity
氧和血红蛋白亲和力
oxyhaemoglobin content
氧和血红蛋白含量
oxyhaemoglobin concentration
氧和血红蛋白浓度
oxyhaemoglobin levels
氧和血红蛋白水平
oxyhaemoglobin formation
氧和血红蛋白形成
oxyhaemoglobin capacity
氧和血红蛋白容量
oxyhaemoglobin binding
氧和血红蛋白结合
oxyhaemoglobins carry oxygen from the lungs to tissues throughout the body.
氧代血红蛋白将氧气从肺部输送到全身各组织。
the oxygen-carrying capacity of oxyhaemoglobins is essential for human survival.
氧代血红蛋白的氧气运输能力对人类生存至关重要。
medical researchers study how oxyhaemoglobins release oxygen at the cellular level.
医学研究人员研究氧代血红蛋白如何在细胞水平上释放氧气。
arterial blood contains high concentrations of oxyhaemoglobins.
动脉血含有高浓度的氧代血红蛋白。
the bright red color of blood is due to oxyhaemoglobins.
血液鲜红的颜色是由于氧代血红蛋白。
oxyhaemoglobins can become deoxygenated under certain physiological conditions.
在某些生理条件下，氧代血红蛋白会脱氧。
athletes monitor their oxyhaemoglobin levels during intense training.
运动员在剧烈训练期间监测他们的氧代血红蛋白水平。
the dissociation curve of oxyhaemoglobins shows how oxygen is released.
氧代血红蛋白的解离曲线显示了氧气是如何释放的。
high altitude affects the saturation of oxyhaemoglobins with oxygen.
高海拔会影响氧代血红蛋白的氧气饱和度。
carbon monoxide binds to haemoglobin more strongly than oxyhaemoglobins.
一氧化碳比氧代血红蛋白更强烈地与血红蛋白结合。
oxyhaemoglobins play a crucial role in maintaining proper tissue oxygenation.
氧代血红蛋白在维持适当的组织氧合中发挥着至关重要的作用。
doctors measure oxyhaemoglobin saturation using pulse oximetry.
医生使用脉搏血氧仪测量氧代血红蛋白饱和度。
the formation of oxyhaemoglobins occurs in the pulmonary capillaries.
氧代血红蛋白的形成发生在肺部毛细血管中。
some marine mammals have specialized oxyhaemoglobins for deep diving.
一些海洋哺乳动物具有专门的氧代血红蛋白，用于深潜。
insufficient oxygen transfer results in decreased oxyhaemoglobin levels.
氧气传递不足会导致氧代血红蛋白水平降低。
certain blood disorders can impair the normal function of oxyhaemoglobins.
某些血液疾病会损害氧代血红蛋白的正常功能。
the affinity of oxyhaemoglobins for oxygen can be affected by ph levels.
氧代血红蛋白对氧气的亲和力可能受 pH 值的影响。
oxyhaemoglobin saturation
氧和血红蛋白饱和度
oxyhaemoglobin dissociation
氧和血红蛋白解离
oxyhaemoglobin curve
氧和血红蛋白曲线
oxyhaemoglobin affinity
氧和血红蛋白亲和力
oxyhaemoglobin content
氧和血红蛋白含量
oxyhaemoglobin concentration
氧和血红蛋白浓度
oxyhaemoglobin levels
氧和血红蛋白水平
oxyhaemoglobin formation
氧和血红蛋白形成
oxyhaemoglobin capacity
氧和血红蛋白容量
oxyhaemoglobin binding
氧和血红蛋白结合
oxyhaemoglobins carry oxygen from the lungs to tissues throughout the body.
氧代血红蛋白将氧气从肺部输送到全身各组织。
the oxygen-carrying capacity of oxyhaemoglobins is essential for human survival.
氧代血红蛋白的氧气运输能力对人类生存至关重要。
medical researchers study how oxyhaemoglobins release oxygen at the cellular level.
医学研究人员研究氧代血红蛋白如何在细胞水平上释放氧气。
arterial blood contains high concentrations of oxyhaemoglobins.
动脉血含有高浓度的氧代血红蛋白。
the bright red color of blood is due to oxyhaemoglobins.
血液鲜红的颜色是由于氧代血红蛋白。
oxyhaemoglobins can become deoxygenated under certain physiological conditions.
在某些生理条件下，氧代血红蛋白会脱氧。
athletes monitor their oxyhaemoglobin levels during intense training.
运动员在剧烈训练期间监测他们的氧代血红蛋白水平。
the dissociation curve of oxyhaemoglobins shows how oxygen is released.
氧代血红蛋白的解离曲线显示了氧气是如何释放的。
high altitude affects the saturation of oxyhaemoglobins with oxygen.
高海拔会影响氧代血红蛋白的氧气饱和度。
carbon monoxide binds to haemoglobin more strongly than oxyhaemoglobins.
一氧化碳比氧代血红蛋白更强烈地与血红蛋白结合。
oxyhaemoglobins play a crucial role in maintaining proper tissue oxygenation.
氧代血红蛋白在维持适当的组织氧合中发挥着至关重要的作用。
doctors measure oxyhaemoglobin saturation using pulse oximetry.
医生使用脉搏血氧仪测量氧代血红蛋白饱和度。
the formation of oxyhaemoglobins occurs in the pulmonary capillaries.
氧代血红蛋白的形成发生在肺部毛细血管中。
some marine mammals have specialized oxyhaemoglobins for deep diving.
一些海洋哺乳动物具有专门的氧代血红蛋白，用于深潜。
insufficient oxygen transfer results in decreased oxyhaemoglobin levels.
氧气传递不足会导致氧代血红蛋白水平降低。
certain blood disorders can impair the normal function of oxyhaemoglobins.
某些血液疾病会损害氧代血红蛋白的正常功能。
the affinity of oxyhaemoglobins for oxygen can be affected by ph levels.
氧代血红蛋白对氧气的亲和力可能受 pH 值的影响。
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