Network Pharmacology and Synthetic Biology

健康科学 - 人文关怀与科学方法
Health Science - Humanistic Care and Scientific Methodology

医学发展概览
系统医学，建立在系统与合成生物学基础上，及其方法，包括，计算生物学与生物信息技术，化学-纳米生物学与实验生物技术等。
从W.哈维生理学到C.贝尔纳实验医学，从生态系统与心身关系到生物网络的科学，数学模型与观测技术的定量检验，建立了揭示现象内在机理的方法论。
在临床医疗上，循证医学的医学统计学方法，发展到精准医学的个体化与转化医学。
Overview of Medical Development
Systems medicine, established on systems and synthetic biology, and methodology of computational biology and bioinformatics, chemical nano-biology and experimental biotechnology etc..
From W. Harvey's physiology to C. Bernard's experimental medicine, from the relationship between ecosystems and the mind-body to the science of bio-networks, has established the methodology for revealing the intrinsic mechanisms of phenomena, through quantitative testing with mathematical models and observation technology.
In clinical medicine, the medical statistical method of evidence-based medicine has developed into the precision medicine - personalized and translational medicine.

系统与合成生物学 - 纳-微流控芯片技术
细胞分析与合成 - 疾病发生机理的遗传分析与网络药理学，生药学与药物分子筛选，工程细胞的设计与装配合成。
在生物工业发展过程，建立生物资源与生物信息学的数据库，形成了技术路径与设计艺术结合的工程实施。
Systems and synthetic biology - Nano-microfluidic chip technology
Cell Analysis and Synthesis - Genetic analysis and network pharmacology of disease pathogenesis, pharmacognosy and drug molecular screening, Design and assembly synthesis of engineered cells.
In the process of bio-industry development, establish databases of bio-resources and bio-informatics, the methodology of engineering implementation has been formed by combining technological paths with design art.

生物系统科学与工程
- Bj.Zeng的探索
教育与经历
1981-1985年，厦门大学生物学系，动物学与细胞遗传学 - 染色体核型分析。
1985-1994年，湖南衡阳农学与湘潭医学院校 - 任教细胞生物学与医学遗传学和生药学课程。
1994-1997年和2007年，中科院微生物研究所中心实验室 - 计算机辅助设计与生物信息技术，转基因动物与分子生物技术。
1997-2006年，特拉维夫大学，汉诺威-联邦农业研究中心，伯明翰大学 - 细胞发生的信号传导与基因表达调控。
2008年-现在，邦哲系统生物工程研究所 - 细胞分析与合成的纳-流控芯片技术。
研究与开发
1991-2017年，结构论 - 4轴心时代与4世界理论，城市群与地缘文化学。
1992-2003年，泛进化理论，系统医学与a-图论-网络拓扑模型，系统遗传学与生物工程 - b-人工生物系统与生物电子设计 - 转基因输卵管和细胞仿生工程，c-人工智能与基因工程整合的人工进化 - 计算生物信息学与实验生物技术。
1995-1997年，基因的组装合成，耐药细胞系连续突变筛选。
2007-2010年，细胞发生动力学与序列标识片段显示分析，神经元计算机和纳-微流控技术与有机（organic）机器人。
2023-2025年，合成神经遗传学 - 另类意识与人机协同进化。
注：
引用了1910年合成生物（形态）学和1968年系统（数学）生物学词汇的相关文献，2011年把计算机和互联网列为第3次工业革命，并论述第4次工业革命 - 2024年又称为第3次机器革命。
Biosystems Science and Engineering -
- Exploration by.Zeng
Education and Experience
1981-1985, Department of Biology, Xiamen University, Zoology and cytogenetics - Chromosome karyotype.
1985-1994, Hengyang Agricultural and Xiangtan Medical College, Hunan - Taught courses in cell biology, medical genetics, pharmacognosy.
1994-1997 and 2007, Central Laboratory, Institute of Microbiology, Chinese Academy of Sciences - Computer-aided design and bio-informatics technology, transgenic animals and molecular biotechnology.
1997-2006, Tel Aviv University, Hanover - Federal Agricultural Research Centre, University of Birmingham - signal transduction and gene expression regulation cell development.
2008-Present, Institute of Systems Bioengineering - nano-microfluidic chip technology for cell analysis and synthesis.
Research and Development
1991-2017, Structurity - The 4-Axis Era and 4-World Theory, cities groups and geoculturology.
1992-2003, pan-evolutionary theory, systems medicine and a-graph theory-network topology model, systems genetics and bioengineering - b-artificial bio-systems and bioelectronic design - transgenic oviduct and cell bionics engineering, c-Artificial evolution integrating artificial intelligence and genetic engineering - computational bioinformatics and experimental biotechnology.
1995-1997, gene assembly and synthesis, continuous mutation screening of drug-resistant cell lines.
207-2010, dynamics of cytogenesis and sequence-tagged fragments display analysis, neuron computer and nano-microfluidic technology with organic robots.
2023-2025: Synthetic neurogenetics - alternative consciousness and human-machine co-evolution.
Note:
Relevant literature on synthetic (morphology) biology in 1910 and systems (mathematical) biology in 1968 was cited.
In 2011 listed computers and the Internet as the Third Industrial Revolution, and discussed the Fourth Industrial - which in 2024 is also called as the Third Machine Revolution.