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    Our textual research of historical documents and analysis of current differentiation of scientific subjects of Chinese pharmacy suggest that the concept of "Bencao" has to be limited to the ancient books on Chinese pharmacy.
    通过对历史文献的考辨及当前中药学科分化发展现实的分析,可以认为,“本草”的含义应局限于古代药物学著作为宜。
    Controlled release of medicine is a new important direction of the modern pharmacology, the carrier used in the drug delivery usually is polymeric material.
    药物控制释放是目前药物学发展的一个重要领域,用于药物控制释放的载体一般是高分子材料。
    It is very important to study the structure-chemical shift relationship for chemists
    核磁共振(NMR)是研究有机磷化合物的有力工具,其屏蔽效应研究,不仅对于谱-构关系的阐明,而且对于NMR本身的理论探索均具有重要意义。 因此这方面的研究一直受到理论化学家、有机化学家、药物学家和波谱学家的重视。
    Artificial Neural Network ( ANN ) is a powerful tool to construct model for processing nonlinear system. Especially in recent years the application of ANN in Quantitative Structiire-Activity Relationships (QSAR) has obtained good results, in which the chemists and pharmaceutists are interested.
    人工神经网络(ArtificialNeuralNetwork,ANN)对于处理非线性体系建立模型有其独到之处,尤其近些年来将人工神经网络用于药物定量构效关系(QuantitativeStructure-ActivityRelationships,QSAR)的研究已取得了令人欣慰的结果,这就使得越来越多的药物学家和化学家相信并采用这一方法。
    on the progress of controlled release methods is presented.
    药物控制释放方法是目前药物学发展的一个重要领域。
    Use of physico-chemical phenomena is a good way of improving existing surfactants and creating new ones for use in pharmacology and biotechnology.
    物理化学现象是一个很好的改善现有的及新的表面活性剂在药物学和微生物学上应用的方法。
    This paper concisely analyzesthe cause and background of its spreading abroad, and further generalizes its deep and profound influence upon Japanese Kampo Medicine into the following three points: first, it helped to bring aboutthe Japanese "herbal surge" over 200 years, in which Wakam Pharmacology had an overall development;
    本文对该书流传的原因和背景作了简要分析,并将此书对日本汉方医药学的影响归纳为三点:①促成了长达200年的“本草热”,推动了和汉药物学的全面##发展;
    With the development of the deepth and broadness of its utilization, Grain amaranth will become an important resouce plant for the development of the husbandry in JiangXi Provience with promising cultivation propest in such field as nutrition, health cave and medicine.
    随着开发利用深度和广度的拓展,籽粒苋将成为发展江西省畜牧业的重要资源植物,也将在以营养、保健和药物学为主的领域具有广阔的开发前景。
    :Objective To investigate the biological effects of suramin on keloid fibroblasts(KFb)and the interaction with transforming growth factor-β1( TGF-β1).
    目的探讨苏拉明(suramin)对立体培养条件下瘢痕疙瘩成纤维细胞(KFb)的药物学作用。
    The ecological characteristics of kendyr including the abilities of stress resistance of drought, salt, high temperature, fightingwind-drift sand were analyzed, and the current studies of kendyr of botany, ecology, fiber, biochemistry, pharmacology were summarized. In additional, new suggestion of studies and practice on multifunction industrialization of kendyr was put forward.
    本文分析了罗布麻耐旱、耐盐、耐冻、耐高温、抗风沙等生态特征 ,概述了罗布麻植物学、生态学、纤维学、生物化学和药物学等方面的研究现状 ,提出了罗布麻多功能产业化的研究和实践的新建议。
    The light-scattering method of photon correlation spectroscopy for measuring the dispersed suspensions of sub-micron particles is discussed, and its applications in biology, microbiology and pharmacology are introduced.
    讨论了光子相关光谱 (PCS)技术的原理和测量过程 ,介绍了光子相关光谱方法在生物工程、药物学以及微生物领域的应用
    Started from physical, chemical and pharmacological properties of aloin, recent study on extraction and detection of aloin are reviewed. .
    介绍了芦荟甙的理化性质及药物学性质,综述了芦荟甙的提取和检测方法。
    This article describes the application of nano-bio-technology in drug pharmaceutics and the influences of incorpratlon of nano materials into pharmacy on the therapy for serious diseases.
    介绍了纳米生物技术在药物制剂方面的应用和纳米材料引进药物学对重大疾病治疗的影响。
    The fluorescence-based real-time reverse transcription PCR (RT-PCR) is widely used for the quantification of steady-state mRNA levels and is a critical tool for basic research, molecular medicine and biotechnology.
    实时定量RT-PCR广泛应用于定量检测mRAN表达水平,为基础研究、分子药物学和生物技术研究提供了一种有力的方法。
    This paper reviews the research progress of nanotechnology in the biomedical engineering field at home and abroad. It is found that nanotechnology and nano materials play a significant role in improving the utilization of herbs,controlling release system,enhancing the target accuracy and creating new approaches to patients.
    纵观近几年来国际和国内纳米技术在生物医学工程领域的研究进展发现 :在药物学领域 ,纳米技术和纳米材料在提高药物的生物利用度、控制释放系统、提高药物作用的靶向性、建立新的给药途径等方面 ,发挥着重要作用。
    Drug-loaded nanoparticles,which is formed by con-jugate between nanotechnology and modern pharmaceutics,is a new fashioned pharmic delivery carrier. Because of advantages in pharmic targeting transport and controlled or slow release and improving bioavailability,it has been one of developing trend of modern pharmaceutical dosage forms.
    由纳米技术与现代药物学结合形成的载药纳米微粒是一种新型的药物输送体系,因其在药物的靶向输送、控释或缓释以及提高药物的生物利用度等方面具有其他输送体系难以比拟的优势,已成为现代药物制剂发展的趋势之一。
    This paper summarizes the current status of nanosience and nanotechnology and the tremendous effect on the development of economy and society,specially the potential applications of nanobiotechnology in drug pharmaceutics and the influence of incorpration of nanomaterial into pharmacy on the therapy for serious diseases,magnetic and semiconducting materials,nanolubricating materials,nanocatalytic decomposition of harmful gas in refining and chemical plants.
    介绍了纳米科技的现状及对经济和社会产生的巨大影响,展望了纳米生物技术在药物制剂方面的应用和纳米材料引进药物学对重大疫病治疗的作用,以及在磁性材料、半导体材料、润滑材料、催化净化分解炼化厂有毒气体等方面的应用。
    ologic research has extended the pure chemical pharmacy to the synthesis of chemistry, biology and electronics.
    为了根除疾病,药物学研究的重点已经从单纯的药物化学领域扩展到化学、生物学、电子学等多学科结合领域。
    Objective To establish the HLF-02 and provide a new material to the study of geronics,oncology, virology, pharmacology,and biogenetics. Methods The lung tissue was digested with 0.15% trypsin.
    目的 :建立HLF 0 2细胞株 ,为老年学 ,肿瘤学 ,病毒学 ,药物学和生物遗传学等研究提供新的实验材料。
    Conclusion The HLF-02 is a human dipolid cell strain and can serve the further studies of cell gerontics, oncology, virology, pharmacology,and biogenetics.
    结论 :HLF 0 2是一株人二倍体细胞株 ,可用于对细胞老年学 ,肿瘤学 ,病毒学 ,药物学和生物遗传学等方面的研究。
 

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