Systems Medicine and Pharmacology

系统医学
Systems Medicine
By Bj.Zeng

I－医学的人文与科学 -
I－Humanities and Science of Medicine

1－4轴心时代与4世界理论
城市群与地缘文化学，物理学量子场论与生物形态发生学，格式塔心理学与知识社会学 - 前沿学科领域的学术群体聚集效应。
1－The 4 Axial Era and 4 World theory
Cities groups and geoculturology, quantum field theory in physics and biological morphogenesis, Gestalt psychology and the sociology of knowledge - academic community agglomeration effect in frontier disciplines.

2－医学的发展路径
实验方法与系统理论 - 科学革命带来新兴产业发展，并形成知识传播与技术扩散现象，概率统计学与循证医学，个体化与转化模式的精准医学。
2－The Development Path of Medicine
Experimental methods and systems theories - scientific revolution brings about the development of emerging industries and forms the phenomenon of knowledge dissemination and technology diffusion, probability and statistics and evidence-based medicine, precision medicine of individualized and translational models.

3－系统生物医学模式
行为医学与心身关系，分析与综合哲学，社会-心理-生物与工程医学的整合学科模式。
3－Systems Biomedical Model
Behavioral medicine and psychosomatic relationships, philosophy of analysis and synthesis, an integrated disciplinary model of socio-psychobiological and engineering medicine.

II－系统医学与药物学
II－Systems Medicine and Pharmacology

1－结构论 - 泛进化理论-
范畴论与组装理论，生物系统理论与图论-网络拓扑学，神经-内分泌-免疫细胞与分子机制，生物网络与生态系统。
1－Structurity - Pan-evolutionary Theory
Category theory and assembly theory, biological systems theory and graph theory-network topology, neuro-endocrine-immune cells and molecular mechanisms, biological networks and ecosystem.

2－系统与合成生物学
生物系统科学与工程偶合模式，物质-生物-人工科学综合，人工智能与神经生物学，纳米-信息-生物-电子技术会聚。
2-Systems and Synthetic Biology
Coupling mode of biological systems science and engineering, integration of material-biological-artificial sciences, artificial intelligence and neurobiology, convergence of nanotechnology-information technology-biotechnology-electronic technology.

3－生物系统方法与系统生物技术
数学与拓扑生物学，计算生物学与生物信息学，实验生物学与化学生物学，纳米生物学与生物电子学。
3-Biological Systems Methods and Systems Biotechnology
Mathematical and Topological Biology, Computational Biology and Bioinformatics, Experimental Biology and Chemical Biology, Nanobiology and Bioelectronics.

4－系统遗传学与细胞发生动力学
基因片段组装合成，耐药细胞连续筛选，序列标识片段显示分析，发生遗传学与细胞设计。
4－Systems Genetics and Dynamics of Cytogenesis
Gene fragment assembly and synthesis, continuous screening of drug-resistant cells, sequence taged fragment display analysis, evolutionary-developmental genetics and designing of cells.

5－系统生物工程与人工生物系统设计
细胞仿生学与转基因技术，系统神经生物学与合成神经遗传学，神经元计算机与有机机器人。
5-Systems Bioengineering and Artificial Bio-System Design
Cell biomimetics and transgenic technology, systems neurobiology and synthetic neurogenetics, neuron computer and organic robotics.

III－生物制造与精准医学
III - Bio-manufacturing and Precision Medicine

1－细胞分析与工程细胞合成
药物筛选与代谢工程，转基因输卵管与细胞工厂，人工智能与基因工程整合的DBTL循环模式。
1-Cell Analysis and Engineered Cell Synthesis
Drug screening and metabolic engineering, transgenic oviducts and cell factories, DBTL cycle mode integrating artificial and genetic engineering.

2－大健康产业与太空医学
人类的生存，及其个体与群体的生存法则，生态农场-生物工业-医疗服务一体化，第4次工业与第3次机器革命 - 另类意识与人机协同进化。
2-Health Industry and Space Medicine
Human survival, and the laws of survival for individuals and groups, the integration of ecological farm-bio-industry-medical service, the 4th industrial and the 3rd machine revolution - alternative consciousness and human-machine co-evolution.

附－Bj.Zeng简介
Appendix - Bj.Zeng Profile

1－童年印记 - 芍药园与望远镜和万花筒，中西医药书籍，家庭传统文化教育。
1-Childhood Imprints - Peony Garden, telescopes and kaleidoscopes, Chinese and Western medical books, traditional family culture education.

2－厦门大学与特拉维夫大学，汉诺威与伯明翰 - 机器自然观与人工机器设计。
2-Xiamen University and Tel-Aviv University, Hannover and Birmingham - Machine naturalism and artificial machine design.

3－1992-1996年系统医学 - 结构论与泛进化理论，系统遗传学与系统生物工程的方法体系，1996-1999年生物系统科学与工程 - 系统与合成生物学范式转换。
3-1992-1996 System Medicine - Structurity and pan-evolutionary theory, Methodology of system genetics and system bioengineering, 1996-1999 Bio-Systems Science and Engineering - Paradigm shift in systems and synthetic biology.

4－2007年“春晖杯”创新创业大赛，2008年成立系统生物工程研究所 - 神经元计算机与有机机器人的微流控芯片技术。
4-2007 "Chunhui Cup" Innovation and Entrepreneurship Competition, 2008 establishment of System Bioengineering Institute - Microfluidic chip technology for neuronal computers and organic robots.

5－2023年合成神经遗传学 - 人工智能与纳米生物技术的整合模式。
5-2023 Synthetic neurogenetics - Integration models of artificial intelligence and nano-biotechnology.