Talk:量子生物学

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此頁面曾於2010年7月15日送交存廢討論讨论结果保留

关于本词条的翻译[编辑]

我并不是研究该专业,一些内容翻译拙劣,希望有这方面的专家继续修改扩充。可能翻译有误的句子列出如下,可参照en:Quantum biology进行修改:

  • For example, investigations of dynamic molecular structure and energy transfer at the quantum level have credibility if they explain macroscopic biological observables that otherwise are inexplicable.
  • In particular the step-wise, quantum release of protons upon photon absorption linked to water `splitting' in photosynthesis requires a quantum theoretical explanation involving complex photosystem II.
  • Fundamental biological processes that involve the conversion of energy into forms that are usable for chemical transformations are quantum mechanical in nature.
  • Quantum biology uses mathematical computation to model biological interactions in light of QM effects.
  • An unresolved and still controversial issue in this field is that of non-trivial (i.e. not limited to properties of molecules) role of quantum effects in biological systems. However recent studies of transcription are consistent with quantum information processing of coherent duplex DNA states by the transcriptase.
  • Some of the biological phenomena that have been studied in terms of quantum processes are the absorbance of frequency-specific radiation (i.e., photosynthesis and vision)...

I.R.A.Core.gif留言 2010年7月19日 (一) 11:30 (UTC)

进一步修改[编辑]

感谢User:Wyang的修改。但现在词条中仍有一些不连贯(可能由翻译错误导致)的句子,欢迎进一步修改:

  1. For example, investigations of dynamic molecular structure and energy transfer at the quantum level have credibility if they explain macroscopic biological observables that otherwise are inexplicable.
  • 利用量子生物学研究量子水平的分子动态结构和能量转移,如果所得结果与宏观的生物学现象相吻合且很难用其他学科的研究重复,则这一研究结果较为可信。(当前翻译,不当的因果关系)
  1. An unresolved and still controversial issue in this field is that of non-trivial (i.e. not limited to properties of molecules) role of quantum effects in biological systems. However recent studies of transcription are consistent with quantum information processing of coherent duplex DNA states by the transcriptase.
  • 在这方面的一个仍未解决的存在争议的问题是:量子效应在生物系统中的非平凡/通用角色(即不受限于分子性质)究竟是什么?然而,新近的关于转录的研究与转录酶对于相干态双链DNA的量子信息处理是一致的。(当前翻译,不连贯)
  1. Some of the biological phenomena that have been studied in terms of quantum processes are the absorbance of frequency-specific radiation (i.e., photosynthesis and vision); the conversion of chemical energy into motion; magnetoreception in animals and brownian motors in many cellular processes.
  • 相关量子过程被研究的生物学现象主要包括对辐射的频率特异性吸收(出现在光合作用和视觉系统等内)、化学能到机械能的转化、动物的磁感受及许多细胞过程中的布朗马达。(当前翻译,不流畅)

I.R.A.Core.gif留言 2010年7月20日 (二) 04:16 (UTC)