But we're going to in class treat the physiology and the Biomedical Engineering together.
但我们在课堂上,将生理学和生物医学工程学一并讲解
This will be the first real example where we've talked about the physiology of an organ system together with engineering approaches to modulate that organ, and that will continue throughout the semester.
届时我们将第一次真正地把,器官系统生理学,与调节器官功能的工程学方法结合起来,这方面内容将贯串我们整个学期
We've talked about one the main concepts in physiology being homeostasis, that is 'how do you maintain a constant internal environment?
我们讲到了生理学的主要概念,内稳态,即如何维持内环境的稳定
It talks about the basics, then it talks about physiology in the second part, and then it talks about Biomedical Engineering separately.
教材先讲基础知识,第二部分讲生理学,然后再单独讲生物医学工程
The ones that are most important in physiology are ones that only allow ions to go through: sodium, potassium, chloride, calcium, bicarbonate.
在生理学上这种,只能允许某种离子通过的通道十分重要,这些离子包括钠离子,钾离子,氯离子,钙离子和碳酸氢根离子
I want to finish with that and then start on the topic for this week which is an introduction to cellular physiology.
我想先讲完这些后,再开始本周的话题,来介绍一下细胞生理学的内容
We'll talk a little bit about the principles of cellular physiology and then I'll move next time to talking about how you culture cells outside of the body and what that's useful for.
这节课我们讲一些,细胞生理学的一些原理,下节课具体讲,体外培养细胞的方法,及其用途
What I want to do for the rest of the time today is talk about - a little bit about cell physiology but I'm not going to say too much for a couple of reasons.
剩下的时间我想讲一点关于,细胞生理学的内容,但因某些原因我不会讲很多
We've gotten, over the last two decades in particular, very sophisticated about taking pictures inside the body allowing doctors to look inside the body and predict things about our internal physiology that they couldn't predict just by looking at us or putting their hands on us.
特别是在近二十年当中,我们对体内造影已经十分熟悉,它使医生能够看到身体内部,并预测我们体内的生理变化,而仅仅是通过,视诊或者触诊是不能预测这些变化的
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