I. Introduction. In today's era of science and technology, stem cell research has become an important research object in the field of biology and medicine. As an important platform to show the research and application of stem cells to the public, the design of the stem cell exhibition hall must be able to fully reflect the origin of life and the important role of stem cells in the field of life sciences. This article will show how to design an attractive and educational stem cell exhibition hall to showcase the origin of life and the research and application of stem cells.
Second, the design concept.
1.Storyline design.
A successful showroom design needs to have a clear storyline that allows visitors to understand the exhibits and what to display step by step. In the stem cell exhibition hall, we can design a story line with "the origin of life" as the main line, from embryonic development, stem cell generation, differentiation and regulation, to the application and future prospects of stem cells. Through this storyline, visitors can better understand the important role of stem cells in the life sciences.
2.Interactive experience design.
In order to enhance the interactive experience of visitors, the exhibition hall needed to be designed with interesting interactive sessions that would allow visitors to gain a deeper understanding of stem cells and their applications in the life sciences. For example, virtual reality (VR) or augmented reality (AR) interactive sessions can be set up to allow visitors to experience first-hand the differentiation, proliferation and regulation of stem cells. In addition, there are Q&A sessions that allow visitors to learn more about stem cells.
3. Exhibit content.
1.Demonstration of the embryonic development process.
At the entrance of the exhibition hall, a large embryonic development process display area can be set up to show visitors the development process of human embryos through images, words and sounds. At the same time, some Q&A sessions can be set up to allow visitors to have a deeper understanding of the process and characteristics of embryonic development.
2.Demonstration of the basics of stem cells.
In the first area of the exhibition hall, you can set up a basic knowledge display area of stem cells to introduce visitors to what stem cells are, the types, characteristics and other basic knowledge of stem cells. At the same time, the process of differentiation, proliferation and regulation of stem cells can be shown to visitors through images, models and interactive displays.
3.Stem cell application demonstration.
In the side area of the exhibition hall, a stem cell application exhibition area can be set up to show visitors the application of stem cells in medicine, biology and other fields. For example, the importance of stem cells in regenerative medicine can be introduced, as well as their advantages and prospects for certain diseases. At the same time, the current situation and development trend of stem cell application can be shown to visitors through case analysis and data statistics.
4.Future prospects showcased.
At the exit of the exhibition hall, a future prospect display area can be set up to introduce visitors to the future development trends and application prospects of stem cell research. For example, the application prospects of stem cells in tissue engineering, organ transplantation and other fields can be introduced, as well as their important role in some incurable diseases. At the same time, high-tech means such as VR or AR can be used to show visitors virtual scenes of future stem cell research and applications.
IV. Conclusion. 
A successful stem cell showroom design needs to have a clear storyline, interactive experiences, and rich display content. Through the clever use of multi-technology means and high-tech display methods, we can create an attractive and educational stem cell exhibition hall to show the public the origin of life and the important role of stem cells in the field of life sciences. This will help to increase public awareness and understanding of life sciences and further promote the development of stem cell research and applications.