Systems Medicine and Network Pharmacology

系统遗传学 - 技术与应用
System Genetics - Technologies and Applications

序言 - 复杂系统的跨学科整合
结构论 - 范畴论与组装理论，生物系统网络的系统分析与合成，及其生物制造与精准医疗的应用发展，人工智能与基因工程整合的DBTL循环模式。
Preface - Interdisciplinary integration of complex systems
Structure theory - Category theory and assembly theory, systematic analysis and synthesis of bio-systems networks, and the developing of applications in biomanufacturing and precision medicine, DBTL cycle model integrating artificial intelligence and genetic engineering.

1 - 原理 - 细胞发生动力学
非线性系统动力学与细胞图谱 - 分子与内分泌-神经-免疫细胞的网络拓扑分析。
Principle - Dynamics of Cytogenesis
Nonlinear system dynamics and cell atlas - network topological analysis of molecules and endocrine-neuro-immune cells.

2 - 细胞分析与数字模型-
心理-躯体-行为与医学遗传学，疾病机理分析与药物筛选。
Cell analysis and digital modeling
Psycho-somatic-behavior and medical genetics, mechanism analysis of diseases and drug screening.

3 - 纳-微流控芯片技术
生物电子设计-细胞计算机与接口技术
Nano-microfluidic chip technology
Bioelectronic design-cell computers and interface technology.

4 - 细胞类型与单细胞分析
突变细胞系与基因测序，分子表达谱分析。
Cell types and single-cell analysis
Mutant cell lines and gene sequencing, molecular expression profile analysis.

5 - 细胞合成与工程设计
工程细胞与基因调控网络-代谢路径设计，转化科学与工程的偶合模式。
Cell synthesis and engineering design
Engineering cell and gene regulatory network-metabolic pathway design, coupling mode of translational science and engineering.

6 - 分子模块设计与基因建构
基因的组装合成与序列分析，细胞建造 - 表达载体建构与转基因生物技术。
Molecular module design and gene construction
Genes assembly synthesis and sequence analysis, cells building - expression vector construction and transgenic bio-technology.

7 - 细胞纳米技术与有机机器人
生物传感器和细胞工厂，神经网络模型与类脑计算，合成神经遗传学与神经元计算机。
Cell nanotechnology and organic robots
Biosensors and cell factories, neural network models and brain-inspired computing, synthetic neurogenetics and neuron computer.

附 --技术展览与艺术画廊
从地球到外太空的人工生物系统发展，泛进化理论*与人机协同进化，以及社会-心理与生物-生态模式。
Appendix - Technical Exhibition and Art Gallery
Development of artificial bio-systems from Earth to outer space, pan-evolutionary theory and human-machine co-evolution, and the socio-psychological and bio-ecological models.

注* - 结构论 - 泛进化理论
A - 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。
B - 范畴论与组装理论 - 系统医学与图论-网络拓扑学，系统遗传学与细胞仿生学-纳米生物学，系统生物工程与生物电子学-转基因技术，等。
Note* - Structurity - Pan-evolutionary Theory
A - The 4-Axis Era and the 4-World Theory - Cities groups and geoculturology, quantum field theory in physics and biological morphogenesis, gestalt psychology and the sociology of knowledge.
B - Category theory and assembly theory - Systems medicine and graph theory-network topology, systems genetics and cell bionics-nanobiotechnology, systems bio-engineering and bioelectronics-transgenic technology, etc.

By Bj.Zeng, September/2026.