大健康产业发展论坛 - Forum on the Grand Health Industry
Forum on Systems Medicine and Pharmacy - China-Europe cooperation to develop the grand-health industry
理念
发展粤港澳大湾区的大健康产业，促进国际医疗学术交流和技术转型升级，建立生物信息资源与数据库 - 通过计算机专家数据系统和互联网建立合作体系，包括，中国-欧盟和英联邦，引进国际先进医疗技术和协助国内企业出海，集聚资源与整合技术，开拓创新型产业的市场发展。
Purpose
Develop the grand health industry in the Guangdong-Hong Kong-Macao greater bay area, promote international medical academic exchange and technological transformation and upgrading, establish bioinformatics resources and databases - a cooperative system through computer experts data and the Internet, including China-EU and the Commonwealth, introduce advanced medical technologies and assist domestic enterprises in going global, aggregating resources and integrating technologies, expand the market development of innovative industries.
医学的人文与科学发展历程-
从摩西出埃及到古典文明的通识教育奠基，从唐代医学教育到欧洲的大学兴起，建立了东西方文化传统模式，形成了金融与法治机制和技术路径与设计艺术。
从天文学和医学开启科学发展，经历五百年过程，从自然现象发现到内在机理揭示，建立了物理与化学、生物与心理学和人类与社会学的知识体系，并形成了系统生物学及其工程形态 - 合成生物学*，发展到物质、生命、人工科学的交叉综合模式。
The humanistic and scientific development of medicine
From the Exodus of Moses to the foundation of general education in classical civilization, and from medical education in the Tang Dynasty to the rise of universities in Europe, established the cultural traditional models of the East and the West, and formed financial and rule of law mechanisms as well as technological paths and design arts.
Initiate the development of science with astronomy and medicine, spanning undergone over five hundred years, from the discovery of natural phenomena to the revelation of intrinsic mechanisms, it has established the knowledge system of physics and chemistry, biology and psychology, and anthropology and sociology, and formed systems biology and its engineering form - synthetic biology*, develop into an integrated cross-disciplinary of material, biological, and artificial science.
大健康产业 - 艺术设计与技术孵化中心
从机器自然观到手工业转换到机器化工业，威尼斯和泉州-长崎-鹿特丹的港口贸易与东西方文化交会，在数学和工程的模型建构，发展到了逻辑实证科学与标准化工业设计时代。
世界科学中心 - 前沿学科开创与引领技术发明，从金融中心到工业设计与产业转化的创新中心，并形成了机械与化工-电气与电子-信息与生物技术的工业体系，构成现代经济的发展路径。
Grand Health Industry - Art Design and Technology Incubation Center
Started with the mechanistic view of nature, transition from handicraft to machine-based industry, Venice and Quanzhou-Nagasaki-Rotterdam - port trade and the intersection of eastern and western cultures, from the models construction in mathematics and engineering to the era of logical positivist science and standardized industrial design.
World Science Center - pioneering frontier disciplines and leading technological inventions, from financial centers to innovation centers for industrial design and industrial transformation, formed an industrial system of machinery and chemical engineering - electrical and electronic - information and biotechnology, and forming the development path of modern economy.
1992年提出系统医学与药物学 - 概念和模型，1994年提出系统遗传学和系统生物工程，及其仿生学与基因工程，图论-网络拓扑学和生物电子学方法。
1996年担任大会秘书长，在北京组织了第一届国际转基因动物学术研讨会和筹备国际转基因协会，倡导系统层面的遗传学与生物工程发展。
1999年在汉诺威筹备生物系统科学与工程协会 - 1968年理论模型与数学方法的系统生物学，1910年生物形态与物理化学方法的合成生物学，转换到科学与工程偶合模式，及其数学与计算生物学-生物信息学与实验生物学-纳米与化学生物学 - 人工智能与生物技术结合的方法。
2003年在墨尔本第19届国际遗传学大会，表述了遗传学发展的3个科学范式 - 从经典与分子遗传学到生物系统的细胞发生学规则。
2007年教育部“春晖杯”大赛，提交了企业运作模式 - 一体化农场-制造-医疗的健康产业，并论述下一轮工业革命与跨学科整合模式。
Note* - At the turn of the century, Bj.Zeng's conceptual elaboration:
In 1992, systems medicine and pharmacology - concepts and models were proposed, and systems genetics and systems bio-engineering in 1994, along with bionics-genetic engineering, graph theory-network topology and bioelectronics approaches.
Served as the Secretary-General of the Conference in 1996, organized the first International Conference on Transgenic Animals in Beijing and prepared for the International of Transgenic Associaation, advocate for the development of genetics and bioengineering at the systems level.
In 1999, the preparation of the Associaties for Bio-Systems Science and Engineering - 1968 Systems Biology with theoretical models of mathematics, and 1910 Synthetic Biology with bio-morphology and physicochemical methods, transitioned to a science and engineering coupling mode, and methodology of mathematical and computational biology-bioinformatics with experimental-chemical and nano-biology - combining artificial inteligence with biotechnology.
At the 19th International Congress of Genetics in Melbourne in 2003, three scientific paradigms development of genetics were expressed - from classical and molecular genetics to the rules of cytogenesis in biological systems.
In 2007, Ministry of education "Chunhui Cup" competition, submitted the business operating model - integrated farm-manufacturing-medical health industry, and discuss the next industrial revolution and integrated disciplinary model.
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