大健康产业 - The Grand Health Industry
Forum - The World's Three Major Economic Centers and the Great Health Industry - Biological and Medical Development from Earth to Space.
宗旨
发展粤港澳大湾区的大健康产业，促进国际学术交流和技术转型升级，并与国际一流医学院和世界最佳医院接轨，在条件适当时，筹建国际交流中心和技术孵化中心。
通过举办一系列医学与药物学论坛，引进国际先进医疗技术和协助国内企业出海，开拓创新型产业的市场发展。
Mission
To develop the health industry in the Guangdong-Hong Kong-Macao Greater Bay Area, promote international academic exchange and technological transformation and upgrading, align with world-class medical schools and top hospitals worldwide; to establish an international exchange center and a technology incubation center when conditions are appropriate.
By hosting a series of medical and pharmaceutical forums, introduce advanced international medical technologies, assist domestic enterprises in going global, and expand the market development of innovative industries.
医学科学与工程医学
系统医学 - 建立在系统生物学与合成生物学范式的基础上，在临床上，相应发展了个体化与转化模式 - 精准医学。
系统层面的生物工程 - 模拟偶合关系，实验与系统科学，分析与综合哲学， 自然系统的构造分析与人工系统的组装合成， 化学分析与化学合成在生物系统的重现，要点在组装assemble - 分子模块-基因网络的组装合成技术。
Medical Science and Engineering Medicine
Systems medicine - built on the paradigms of systems biology and synthetic biology, it has correspondingly developed personalized and translational models in the clinical field - precision medicine.
System-level bioengineering - analog coupling relationship, experimental and systems science, analytical and synthetic philosophy, structural analysis of natural systems and assembly synthesis of artificial systems, reproduction of chemical analysis and chemical synthesis in bio-systems, the key point lies assemble - assembly synthesis technology of molecular modules and gene networks.
生物系统科学与工程 - 系统生物工程-
生物制造 - 从基因工程发展到合成生物产业，工程医学 - 从基因治疗发展到精准医学的合成生物技术，近现代社会的产业发展，经历了一次又一次高新技术与传统技术的转型升级。
Bio-systems science and engineering - Systems bioengineering
Biomanufacturing - from genetic engineering to the synthetic biology industry, engineering medicine - from gene therapy to the synthetic biotechnology of precision medicine, the industrial development of modern contemporary society has undergone repeated transformations and upgrades from traditional technologies to high-technologies.
系统医学与药物学论坛 - 2027年系统生物科学与工程联盟年会
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Bj.Zeng*，担任医学与产业发展学术委员会首席顾问。
Forum on Systems Medicine and Pharmacology - 2027 Annual Meeting of the Associaties for Bio-Systems Science and Engineering.
China Ministry of Education "Chunhui Cup" Enterprise - Benjoe Institute of Systems Bio-Engineering Co. Ltd., It's president Bj. Zeng, serves as the Chief Consultant of the Academic Committee on Medical and Industrial Development.
医疗规范与伦理
涉及几个层面的职责，a-医药研究的实验数据，b-临床试验的审查原则，c-企业制定的产品使用规范，d-临床医疗的人文关怀，e-医患参与的监管机制，以及遇到风险的纠错和救护措施等。
Medical standards and ethics
It involves responsibilities at several levels, including a-experimental data in medical research, b-review principles for trials, c-product usage specifications formulated enterprises, d-humanistic care in clinical medicine, e-regulatory mechanisms for patient and physician participation, as well as error correction and rescue measures when risks are encountered.
注* - Bj.Zeng简介
1991-1997年论述了结构论 - 泛进化理论，分析城市群与地缘文化学，论述实验分析与系统综合和图论-网络拓扑学与生物电子学方法，整合人工智能与基因工程的人工进化，提出系统医药学概念和模型，系统遗传学和系统生物工程与人工生物系统设计 - 转基因输卵管反应器与细胞仿生工程，开展了基因片段组装合成与细胞系连续突变筛选。
1996年任大会秘书长，在北京组织第一届国际转基因动物学术研讨会, 1999年在汉诺威筹建国际协会，并引用1910年合成生物学和1968年系统生物学词汇的相关文献，转换到生物系统科学与工程的偶合模式，及其计算生物学与实验生物学和生物信息学与生物技术结合的方法。
2007-2012年发表细胞发生动力学与序列标示片段显示技术，以及神经元计算机与有机机器人概念，2023年发表合成神经遗传学的概念和方法，论述第3次机器革命与另类意识。
Note* - Bj.Zeng Profile
From 1991 to 1997, discussed structurity - pan-evolutionary theory, analyzed cities groups and geoculturology, discussed experimental analysis and system synthesis, and graph theory-network topology and bioelectronics methods, artificial evolution integrated artificial intelligence with genetic engineering.
Proposed the concepts and models of systems medicine and pharmacology, systems genetics and systems bioengineering, artificial bio-systems design - transgenic oviduct reactors and cell bionic engineering, and carried out gene fragment assembly synthesis, and continuous mutation screening of cell lines.
Served as the Secretary-General in Beijing 1996, organized the first International Conference on Transgenic Animals, and established the international associaties in Hannover 1999, and cite relevant literature on the terms synthetic biology in 1910 and systems biology in 1968, convert it to the coupling mode of bio-systems science and engineering, and its methods of combining computational biology with experimental biology, and bioinformatics with biotechnology.
Published systems biology of cytogenesis and the technology of sequence-tagged fragment display between 2007 and 2012, as well as the concepts of neuron computer and organic robot; published the concept and methods of synthetic neurogenetics in 2023, discussing the third machine revolution and alternative consciousness.
Contact: 872116119@qq.com
The World of Systems Medicine
