Release date: 2015-12-07 At the press conference on the 3rd, Huaxi Dushi Bao reporter Luo Qin asked Wu Kai, member of the Standing Committee of Chengdu Municipal Committee and Secretary of the Party Committee of the High-tech Zone. When talking about the innovation achievements of Chengdu High-tech Zone to accelerate the construction of independent demonstration zones, Wu Kai took the world's first biovascular printer as an example to demonstrate the global leading strength of Chengdu's national independent innovation demonstration zone. 3D biovascular printing technology makes it possible to rebuild human organs Put the printer into a "printing material" such as liquid or powder, connect it to the computer, and superimpose the "printing materials" layer by layer through computer control, and finally turn the blueprint on the computer into a real object - this is the familiar 3D printing. Technology, but in a biotechnology company in Chengdu High-tech Zone, science and technology personnel can actually print biological blood vessels. Wu Kai introduced that the company launched the world's first 3D biovascular printer to make human organs possible again. The technology has completely independent intellectual property rights, and it was recently unveiled at the National Public Entrepreneurship Innovation Week, which caused widespread concern. The reporter learned that in just 2 minutes, the "Chengdu made" 3D biovascular printer can produce 10 cm long blood vessels, and even include hollow structures unique to blood vessels and multiple layers of different types of cells. Huaxi Hospital used this technology to complete difficult vascular surgery Don't think that this technology is far away from you. In fact, the technology has been partially applied at Huaxi Hospital of Sichuan University. In November 2014, Huaxi Hospital Vascular Surgery and Sichuan University Regenerative Medicine Research Center jointly used the 3D imaging system to complete the peripheral operation evaluation. Successfully performed a abdominal aortic aneurysm stent graft in a patient with a complex tumor of the abdominal aortic aneurysm. Repair. In the future, with the four core technology systems of medical imaging cloud platform, bio-ink, bio-printer and post-printing system, Chengdu Hi-tech Zone is expected to establish a 3D bio-printing innovation chain, and expand together with major medical institutions and research institutes around the world. The development and application of 3D bio-printing technology, and thus the industrial chain that meets the needs of individualized health, promotes the large-scale development of the big health industry. In 2015, the high-tech zone added more than 3,000 technology-based enterprises. When introducing the situation, Liu Dong mentioned that the construction of Chengdu's national independent innovation demonstration zone is the first starting point for innovation carrier and platform construction. At present, the provincial party committee and the provincial government are formulating the Implementation Opinions on Building a National Independent Innovation Demonstration Zone in Chengdu. The progress of the development represents a certain degree of innovation and development in Sichuan. Wu Kai introduced that not long ago, Chengdu Hi-tech Zone announced that it had reached a strategic cooperation agreement with Nobel Prize winner Professor Jack Shawsdak to jointly build the "Large Nucleic Acid Research Institute" and introduced a new generation of genetic sequencers and lithium ion batteries. Innovative projects in the direction of industrial transformation. Since the beginning of this year, there have been 3,020 new technology-based start-ups, a significant increase of 300%, and 63 new enterprises with sales revenue exceeding 10 million yuan for the first time. Speaking of the future of Chengdu High-tech Zone, Wu Kai described such a blueprint for everyone: The goal of the construction of the demonstration zone in Chengdu High-tech Zone is to achieve a total output value of 1.5 trillion yuan by 2025, forming 3-5 billion-level industrial clusters. It has become an innovative highland with the most active entrepreneurial development, the most innovative ecological environment, the most dynamic industrial development, and the continuous optimization of institutional mechanisms in the western region. It has built an innovative and entrepreneurial center with global influence. Source: Huaxi Dushi Bao Increasing the dietary consumption of fruits and vegetables is a worldwide concern, making it a unique opportunity for food & beverage producers. Enriching products with real fruit and vegetable content makes them healthier and instantly increases their overall appeal. Manufactured from carefully selected raw materials and processed using unique drying technologies, our dehydrated fruits and vegetables are tasty, colorful, safe, and easy to use.
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