| 1. | Consideration on the development strategy of bioinorganic chemistry in china
关于我国生物无机化学发展战略的一点思考 |
| 2. | Transition metal chemistry , bioinorganic chemistry , polymer science
任教之科目:过渡金属化学、生物无机化学、高分子科学 |
| 3. | Transition metal chemistry , bioinorganic chemistry , polymer science
任教之科目:过渡金属化学、生物无机化学、高分子科学 |
| 4. | Future strategy for development of bioinorganic chemistry in china is discussed
在此基础上，探讨了我国生物无机化学的进一步发展策略和方向。 |
| 5. | Inorganic biochemistry on cuzn superoxide dismutase mutants and neurodegenerative diseases
铜锌超氧化物歧化酶的突变与神经退行性紊乱的生物无机化学 |
| 6. | The exact mechanisms of interaction between the two elements are intricate but not well understood
对其机理的研究一直是生物无机化学、环境毒理学等多种学科的重要课题。 |
| 7. | Development history and recent hot fields of bioinorganic chemistry internationally and achievements by chinese scientists in this field are briefly reviewed
本文简要地回顾了国际生物无机化学发展的历史过程、当前的研究热点以及我国生物无机化学研究已取得的成就。 |
| 8. | Development history and recent hot fields of bioinorganic chemistry internationally and achievements by chinese scientists in this field are briefly reviewed
摘要本文简要地回顾了国际生物无机化学发展的历史过程、当前的研究热点以及我国生物无机化学研究已取得的成就。 |
| 9. | The integration of two or more of these components gives rise to more specialised fields in chemistry , such as bioinorganic chemistry , organometallic chemistry , and polymer chemistry
这些部分相互渗透又可产生更专门化的学科，如生物无机化学、金属有机化学及高分子化学等等。 |
