Forum on Systems Medicine and Pharmacy

复杂系统医学，及其工程应用
从大航海时代到太空探险时代，工程模型与受控实验的方法论，从探索自然 - 星球和生命到人类发展 - 精神与知识，实证科学与设计艺术，带来了机器的实用工业，并发展到大健康产业 - 从地球到外太空极端环境的生物工业与工程医学。
The Complex Systems Medicine, and its Engineering Applications
From the age of discovery to the age of space exploration, the methodology of engineering models and controlled experiments, from exploring nature - planets and life to human development - spirit and knowledge, empirical science and design art, brought about practical industry of machines, and developing into the grand health industry - bio-industry and engineering medicine from the earth to the extreme environment of out-space.

论坛主题，议题与日程 - 人工智能驱动的合成生物学产业转化。
背景 - 上个世纪70-80年代，从原理与方法到物质观测与操作技术，基因工程与转基因技术和人工智能与神经网络模型，这是一个关键的契机，在90年代，生物系统理论与系统生物工程的实践相结合，从计算-生物信息学到实验-纳米生物技术整合的方法，形成系统与合成生物学的偶合模式，及其人工生态-生物制造-精准医学-康复医疗一体化的发展趋势。
1-生态系统网络与心身医学；
2-系统营养学与免疫调控机制；
3-认知心理学与行为医学；
4-生物分子系统学与细胞发生学；
5-神经-肌肉和内分泌-免疫调控；
6-神经系统机理与人工智能；
7-系统遗传学与合成神经生物学；
8-仿生工程与医疗机器人设计；
9-天然药物筛选与代谢工程，以及人工智能医疗服务，生物医学转换到系统生物医学范式 - 从生物系统的分子网络与细胞分析到工程细胞的分子模块与组装合成，在循证医学基础上的个体化与转化模式。
Forum Theme, topics and agenda - AI-driven industrial translation of synthetic biology.
Background - In the 1970s and 1980s, from principles and methods to material observation and manipulation techniques, genetic engineering and transgenic technology, as well as artificial intelligence and neural network models, provided a critical opportunity; in the 1990s, combining bio-systems theory with the practice of systems bioengineering, and integrated approach from computational-bioinformatics to experimental-nanobiotechnology, the coupling pattern of systems and synthetic biology was formed, along with the integrated development of artificial ecology, bio-manufacturing, precision medicine, and rehabilitative healthcare.
1-Ecosystem Network and Psychosomatic Medicine;
2-Systems Nutriology and Immune Regulation Mechanisms;
3-Cognitive Psychology and Behavioral Medicine;
4-Biological Molecules Systmatics and Cytogenesis;
5-Neuro-Muscular and Endocrine-Immune Regulation;
6-Neural System Mechanism and Artificial Intelligence;
7-Systems Genetics and Synthetic Biology;
8-Bionic engineering and Medical Robot Design;
9-Natural Products Screening and Metabolic Engineering, and artificial intelligence-assisted medical service, the paradigm of biomedicine is shift to systems biomedicine - from molecular networks and cellular analysis of biological systems to molecular modules and assembly-synthesis of engineered cells, personalized and translational models based on evidence-based medicine.

大会学术委员会
中国教育部“春晖杯”企业 - 邦哲系统生物工程研究所Co.Ltd.总裁，1992年提出系统医学概念和模型与方法的Bj.Zeng，担任医学与产业发展首席顾问，将邀请国际著名大学的科学家和医疗机构的医学家作为学术与顾问委员会成员。
Academic Committee of the Conference
The Chinese Ministry of Education "Chunhui Cup" enterprise - president Bj. Zeng of Benjoe Institute of Systems Bioengineering Co. Ltd., who proposed the concept, model, and methods of systems medicine in 1992, will serves as the Chief Consultant for medical and industrial development, and to invite scientists from internationally renowned universities and experts from medical institutions to serve as members of the academic and advisory committee.

大会组委会
主办协会和承办机构的相关领导，具体名单待定。
Conference Organizing Committee
Relevant leaders of the organizing association and the hosting institution, the specific list is to be determined.

大会期间的技术展览
人工智能与机器人技术，医疗与生物技术，视觉设计艺术展览，以及国际与国内企业的交流与合作洽谈等。
Technological exhibition during the conference
Artificial intelligence and robotics, healthcare and biotechnology, visual design art exhibitions, as well as communication and cooperation negotiations between international and domestic enterprises, etc.

文化交流与观光旅游
粤港澳大湾区的自然风光和名胜古迹，以及相关文化遗产与艺术展览等。
Cultural Exchange and Sightseeing Tourism
Natural scenery and famous historical sites of the Guangdong-Hong Kong-Macao Greater Bay Area, as well as related cultural heritage and art exhibitions etc.

附 - 医学体系-
- 从传统经验医学到现代实验医学与系统医学的发展，1983-2025年Bj.Zeng论述的方法论几个层面：
1－结构论 - 4轴心时代与4世界理论，社会-心理-生物医学模式，心身关系与行为医学框架，城市群理论与地缘文化学 - 科学与人文的历史分析，诗歌和绘画的艺术作品。
2－泛进化论 - 范畴论与组装理论，人工进化与拓扑生物学，另类意识与人机协同进化。
3－系统医学 - 系统遗传学与细胞发生动力学，系统生物工程与合成神经遗传学，图论-网络拓扑学模型与生物电子学设计。
4－系统与合成生物学 - 生物系统科学与工程，1996-1999年组织国际会议与筹备协会，引用了1910年合成（形态）生物学和1968年系统（数学）生物学词汇来源的相关文献，并转换到理论-计算-实验-工程偶联的方法。
5－人工智能与基因工程结合的方法，计算生物学与生物信息技术，实验-化学生物学与纳米生物技术 - 基因的组装合成，耐药细胞系连续突变筛选，序列标识显示分析。
6－人工生物系统设计 - 转基因输卵管反应器与细胞仿生工程，神经元计算机与有机机器人，并论述了4次工业革命与第3次机器革命。
注：
Bj.Zeng的童年印记 - 1972年翻阅中西医药书籍，1976年家庭传统文化教育，父亲出生在茶马古道的湘中地区，母亲出生在武昌，外婆的父亲跟随方鼎英，外公是汉口印刷技术专家，来自上海川沙姑奶的万花筒和外公的双筒望远镜，导致了好奇心驱动的科学与文化探索。
Attachment - Medical System
- The development from traditional empirical medicine to modern experimental medicine and systems medicine, several aspects of Bj.Zeng's methodological discourse from 1983 to 2025:
1-The Structurity - 4-Axis Era and 4-World Theory, socio-psychological-biomedical model, mind-body relationship and behavioral medicine framework, cities groups theory and geoculturology - historical analysis of science and humanities, artistic works of poetry and painting.
2-The Pan-evolutionary theory - category theory and assembly theory, artificial evolution and toplogical bioogy, alternative consciousness and human-machine co-evolution.
3-Systems medicine - systems genetics and dynamics of cytogenesis, systems bioengineering and synthetic neurogenetics, graph theory-network topology analysis and bioelectronics design.
4-Systems and synthetic biology - the bio-systems science and engineering, organized international conference and prepared the association from 1996 to 1999, the relevant literature was cited - on synthetic (morphology) biology in 1910 and systems (mathematical) biology in 1968, and convert to the methods of coupled theory-computation-experiment-engineering.
5-Methodology of combining artificial intelligence and genetic engineering, computational biology and bioinformatics, nano-chemical biology and experimental biotechnology - gene assembly and synthesis, continuous mutation screening of drug-resistant cell, sequence identification and analysis.
6-Design of artificial bio-systems - transgenic oviduct reactor and cell bionic engineering, neuron computers and organic robots, and discussed the 4th industrial revolution and the 3rd machine revolution.
Note:
Childhood Imprints of Bj.Zeng - flipping through Chinese and Western medical books in 1972, traditional family culture education in 1976, father born in the midle region of Hunan - the Ancient Tea Horse Road, mother born in Wuchang, maternal grandmother's father followed Fang Dingying, maternal grandfather was a printing technology expert in Hankou, grandfather's binoculars and a kaleidoscope from grandfather's sister in Chuansha of Shanghai, all led to a curiosity-driven exploration of science and culture.