The Era of Great Transformation -- in Civilization Vision

From the silk Road to the age of discovery - the historical process of mutual exchange and learning between the east and the west, cultural accumulation and social practice, forming trade routes.
Future interstellar corridors - a-spaceplanes, b-Earth space station, c-lunar base, d-interplanetary space station£¬e-Mars space station - asteroid belt mining and space ecological cities - synthetic biotechnology.

Technology innovation incubation center - Scientists' curiosity and entrepreneurs' organizational behavior; The 3rd industrial and 2nd machine revolution - Computers and the Internet, The 4th industrial and 3rd machine revolution - Industrial transformation of artificial intelligence and synthetic biology.
From C. Bernard's experimental medicine, molecular and structural biology, to systems medicine - the systems and synthetic biology paradigm; in clinical practice, from statistics and evidence-based medicine to personalized and translational models of precision medicine.

Biomanufacturing - standardized design and industrial synthesis of engineered cells.
Target market - biosynthesis in cell factories and molecular identification of natural drugs.

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Cell Analysis and Synthesis ¨C Microfluidic Chip Lab.:
Lab-on-a-chip - Detection instruments, operating software and data analysis, nano-microfluidic and kits, organoids and 3D printing technology.
Technology types - Gene-protein-molecular network and module analysis, gene construction and expression vectors, purification of nucleic acids, proteins, and secondary metabolites.
Cell models - virtual and real - engineered cells - Drug analysis and molecular screening, fermentation process and purification technology.
Engineering cell design and assembly-synthesis - Chassis cells and iPS cells, gene regulatory circuits and molecular circuit design, engineered immune cells and in vivo therapeutic factories, biological computing - neurons and cellular computers.

Bj.Zeng's Exploration:
1991-1997, Geoculturology and cities groups; Systems medicine and graph theory-network topology models; Systems genetics and transgenic viduct and cell biomimetic engineering; Artificial biological system design in systems bio-engineering.
1996-1999, organized international conferences and established the associaties - Bio-systems science and engineering (BSSE), and its methods (NIBE)* - Artificial intelligence and genetic engineering, Nano-bioelectronics, Computational bioinformatics and Experimental biotechnology.
2007-2010, Cell dynamics - Neurons computing and organic robotics; 2023-2025, Synthetic neurogenetics ¨C Alternative (xeno) consciousness and human-machine co-evolution.

Note*--£º
Cited relevant literature on synthetic biology from 1910 and systems biology from 1968, transitioning to a combined model of theoretical frameworks and technical methodologies at intersection of physical chemistry and psychobiology.
From 1997 to 1999, it discussed artificial evolution, and in 2010, it expanded to the three principles - 1-automatic energy acquisition, 2-automatic component repair, 3-automatic software improvement, etc..