大健康产业发展论坛 - Forum on the Grand Health Industry
Forum - China-Europe cooperation to develop the grand-health industry
目标
1-国际学术交流，大学医学院，及其所属世界最佳医院，建立医疗与技术合作伙伴关系；2-国际商业合作，医药产业园，以及人工智能和生物技术，相关企业的引进和出海。
Objectives
1. International academic exchange, university medical schools, and their affiliated world-class hospitals to establish medical and technological partnerships; 2. International cooperation, pharmaceutical industrial parks, and the introduction and overseas expansion of related enterprises in artificial intelligence and biotechnology.
现代医学发展背景-
从大航海时代到太空探险时代，发展到世界三大经济中心 - 欧盟-北美-东亚与“纽伦港”金融中心，经历几百年历史，科学与技术的研究，及其产业转化，构成相互促进发展的循环机制，科学革命在先，工业革命在后，形成了一轮又一轮的经济发展转型升级。
1-生物医学模式与实验医学范式 - 概率统计学，实验生物学与分子生物技术。
2-系统生物医学模式与系统医学范式 - 系统生物学与合成生物学，在临床上是个体化与转化模式的精准医学。
在医学上，从哈维生理学与C.贝尔纳实验医学方法，发展到生态环境与健康科学和大数据与个体化治疗。
在制造上，从发酵工艺与菌种选育到基因重组与合成生物技术的发展，并形成了物理硬件-数字软件和生物湿件融合的机器人架构。
Background of modern medical development
From the age of discovery to the age of space exploration, developing into the world's three major economic centers - the EU, North America, and East Asia - and the "New York-London-Hong Kong" financial center, humanity has undergone centuries of history - with the research of science and technology, and its industrial transformation constitute a mutually reinforcing cycle of development, the scientific revolution preceding the industrial revolution, forming successive rounds of economic transformation and upgrading.
1. Biomedical model and experimental medical paradigm - probability and statistics, experimental biology and molecular biotechnology.
2. Systems biomedical model and systems medicine paradigm - systems biology and synthetic biology, in the clinical is personalized and translational model of precision medicine.
In medicine, it has evolved from Harvey's physiology and C. Bernard's experimental medical methods to ecological environment and health science, as well as big data and personalized treatment.
In manufacturing, it has progressed from fermentation processes and strain selection to genetic recombination and synthetic biotechnology, forming a robotic architecture that integrates physical hardware, digital software, and biological wetware.
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，复杂系统的综合与交叉科学，及其生物制造与精准医疗的应用发展：
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，等。
以及人工智能医疗服务模式 - 个体化与通用型的区别，在针对具体患者病例和体质的差异化治疗，基点是临床医疗的标准化与规范化，企业开发精准化的诊断和治疗技术，包括：
1-在体外，细胞培养与基因转染整合之后的注射治疗，及其剂量的可操控，药物筛选和代谢工程的工程细胞建系；
2-在体内，局部手术和基因转染的有限区域治疗，不可通过血液进入生殖细胞，并检测专向靶点细胞和药物代谢清理效率等。
Forum Theme, topics and agenda - AI-driven industrial translation of synthetic biology, the comprehensive and interdisciplinary science of complex systems, and its application development in biomanufacturing and precision medicine:
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, etc..
And artificial intelligence medical service models - the difference between individualized and general approaches lies in the differentiated treatment tailored to specific patient cases and physical constitutions, with the standardization and normalization of clinical medicine as foundation, enterprises develop precision diagnosis and treatment technologies, including:
1- In vitro, injection therapy after integration of cell culture and gene transfection, and the controllability of its dosage, Engineered cell line construction for drug screening and metabolic engineering;
2- In vivo, localized surgical and gene transfection treatment in limited areas, which cannot enter germ cells through the blood, detect target cells specificity and drug metabolism clearance efficiency etc..
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.
注*：
1992-1994年提出系统医学 - 系统遗传学和转基因输卵管反应器，生物系统泛进化论与系统生物工程。
1996-1999年组织国际会议和筹建国际协会 - 引用了1968年数学方法的系统生物学和1910年物理化学方法的合成生物学词汇相关文献，转换到生物系统科学与工程偶合模式，及其实验与计算生物学-生物信息技术与纳米生物技术和人工智能与基因工程结合的方法。
2008-2010年发表神经元计算机与有机机器人概念与方法等。
Note*:
1992-1994 proposed systems medicine - systems genetics and transgenic oviduct reactor, pan-evolutionary theory of biological systems and systems bioengineering.
1996-1999, organized international conferences and prepared for the establishment of international associations - cited literature related to the vocabulary of systems biology based on mathematical methods in 1968 and synthetic biology based on physicochemical methods in 1910, convert to the coupled mode of biosystems science and engineering, and methodology of experimental and computational biology - which combining of bioinformatics with nanobiotechnology, and artificial intelligence with genetic engineering.
2008-2010 Published concepts and methods of neuron computers and organic robots, etc..
The World of Systems Medicine
