其主题是正常和疾病状况下从简单模型系统直到临床的稳态代谢机制。
The unifying theme is homeostatic mechanisms in health and disease, from simpler model systems all the way to the clinic.
血红蛋白的合成和释放、红细胞的产生和生存、或代谢机制受到干扰则会导致疾病。
Interference with synthesis or release of Hgb, production or survival of RBC, or metabolism causes disease.
了解微生物和植物对无机砷的代谢机制，对认识和控制土壤中砷的风险至关重要。
It is essential to know how arsenic is taken up by and how it metabolized in plants and microbe.
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