The potential application prospect and value of virtual heart are huge, and global research is deepening
Virtual heart is a comprehensive model that uses computer modeling to simulate the morphology, physiological structure and function of the heart through human-computer interaction.
Virtual heart can simulate the hierarchical structure of heart molecules, genes, proteins, cells, tissues, organs, as well as physiological, pathological and pharmacological processes with high precision and personalization, and has broad development prospects in the fields of medical education, cardiovascular disease research, new drug/new therapy/new instrument development, virtual surgery, and non-invasive disease diagnosis and traceability.
In the field of medical education, the virtual heart reproduces the cardiac contraction, beating, electrical activity and other activities of a living heart from the aspects of morphology, structure and function, which helps medical students to better and more comprehensively understand cardiac activity, thereby improving their clinical diagnosis and treatment capabilities. In the field of new drug development, virtual heart can predict the mechanism and impact of drugs on the heart under pathological and physiological conditions, realize drug efficacy evaluation, and reduce the risk and cost of drug development.
The virtual heart involves many technologies, including electrophysiology, molecules, anatomy, mechanics, neurology, fluid mechanics, biochemical control and other technologies. The virtual heart is a simulation of the shape, structure and function of the heart, which is the core of the human circulatory system, and its structure is complex and precise, and the virtual heart technology is difficult to implement. However, the potential application prospect and value of virtual heart is huge, and it is a hot research topic in the field of international biomedical engineering.
Virtual cardiac modeling simulation is a Cardiome sub-project of the PhysiomeProject. According to the "2024-2028 Global Virtual Heart Industry In-depth Market Research and Key Regional Research Report" released by the New Thinking Industry Research Center, globally, virtual heart-related R&D units and companies include Heartbeat Health, Moving Analytics, ELEM BioTech, Dassault, Stanford University, Johns Hopkins University, University of Southampton, Beijing Academy of Artificial Intelligence, Institute of Biomedical Engineering, Zhejiang University, Hangzhou Xinyun Medical Technology, etc.
Virtual heart is of great significance for the research and treatment of cardiovascular diseases. In recent years, in the context of population aging, the prevalence of cardiovascular diseases has continued to grow, and the mainland has a huge population base, and the scale of cardiovascular disease patients ranks among the top in the world, now reaching more than 330 million. The situation of cardiovascular disease prevention and treatment is becoming increasingly severe, and the virtual heart market has a broad space for development.
Industry analysts said that virtual heart is a digital cardiovascular device, representing the future trend of medical education and clinical practice, and global research has been deepening in recent years. Virtual heart has broad application prospects in education, scientific research, medicine, instrument development and other fields, but virtual heart involves many and complex technologies, difficult to implement, and the computer model standards of each laboratory are not uniform, and the current virtual heart research is mostly in the laboratory stage.
2024-2028 global virtual heart industry in-depth market research and key regional research reports
Table of Contents of Reports
Chapter 3 International Market Analysis of Virtual Heart Industry 2024-2028
Section 1 Global supply and demand status of the virtual heart industry
Section 2 Analysis of Major Production Countries or Regions of the Virtual Heart Industry
Section 3 Global Development Trends of the Virtual Heart Industry
Chapter 4 Domestic Market Analysis of Virtual Heart Industry from 2024 to 2028
Section 1 Market size and growth rate of virtual heart industry
Section 2 Prospects and forecasts for the development of the market size of the virtual heart industry
Section 3 Competitive Analysis of the Virtual Heart Industry
1. Analysis of existing competitors
2. Analysis of potential entrants
3. Analysis of the bargaining power of suppliers
Fourth, the buyer's bargaining power analysis
V. Threat of Substitutes
Section 4 Market price analysis of the virtual heart industry
1. Analysis of the price characteristics of the virtual heart industry
2. Analysis of the influencing factors of the market price of the virtual heart industry
3. Analysis of the price of the main subdivided products
Fourth, the price strategy of competitors
Section 5 Market Channel Analysis of Virtual Heart Industry
1. The market channel pattern of the virtual heart industry
2. Research on the channel strategy of the virtual heart industry
Chapter 5 China Virtual Heart Processing Industry Analysis in 2023
Section 1 The overall situation of China's virtual heart processing industry in 2023
First, the important position of the virtual heart processing industry
2. Life cycle analysis of China's virtual heart processing industry
3. Summary of the development achievements of the domestic virtual heart processing industry
Section 2 Analysis of low-value virtual heart processing, development and utilization
1. Characteristics of low-value virtual hearts
2. Overview of low-value virtual heart processing
3. Analysis of the prospect of low-value virtual cardiac processing
4. Analysis of low-value virtual heart processing strategy
Section 3 Deep Processing of Virtual Hearts
1. The development status of deep processing of virtual heart in mainland China
2. Analysis of the deep processing technology of virtual heart in mainland China
Fourth, the development focus of virtual heart deep processing
Fifth, the breakthrough path of virtual heart deep processing enterprises
Section 4 Problems and countermeasures in the virtual heart processing industry
Chapter 6 Analysis of the Industrial Chain of the Virtual Heart Industry
Section 1 Analysis of the upstream industry of the virtual heart industry
First, the development status of the upstream industry
Second, the development trend of the upstream industry
Section 2 Analysis of the downstream industries of the virtual heart industry
First, the development status of the downstream industry
Second, the development trend of downstream industries
Section 3 Analysis of the impact of upstream and downstream industries on the virtual heart industry
Chapter 7 Analysis of Key Cities in China's Virtual Heart Industry
Section 1 Province I
First, the development of advantages
Second, the development of the overview
3. Analysis of key cities
Section 2 Province II
First, the development of advantages
Second, the development of the overview
3. Analysis of key cities
Section 3 Province III
First, the development of advantages
Second, the development of the overview
3. Analysis of key cities
Section 4 Province IV
First, the development of advantages
Second, the development of the overview
3. Analysis of key cities
Section 5 Five Provincial .....