On August 21-23, the first Biomedical Photonics Interdisciplinary Integration Academic Forum was successfully held in Shanghai. Hundreds of well-known domestic scholars gathered to talk about the cutting-edge achievements of biomedical photonics. Ningbo Lixian Intelligent Technology Co., Ltd., as an innovative representative in the field of ultra-high-resolution microscopic imaging, was invited to participate in the conference and made a wonderful appearance.
Big coffee gathers, hundreds of schools of thought contend
Figure 1: Four experts including Academician Luo Qingming of Hainan University made reports on biomedical photonics
The forum invited four experts, Academician Luo Qingming of Hainan University, Pang Lihui, associate researcher of Professor Lu Yi's team of the First Affiliated Hospital of Xi'an Jiaotong University, Professor Tian Jie of the Institute of Automation of the Chinese Academy of Sciences, and Professor Wei Xunbin of Peking University, to share their latest research results from cutting-edge exploration and clinical application. There were frequent on-site interactions, different perspectives collided with each other, and more academic inspiration was stimulated.
Figure 2: On-site special report
The four conference reports attracted much attention, and the special reports were also hot. More than 100 speakers spoke on 8 topics, including super-resolution optical imaging, neurophotonics and optogenetics, biooptical sensing and regulation, and tissue optical spectroscopy and imaging, and jointly presented an audio-visual feast for everyone.
Brilliant appearance, widely acclaimed
With STORM ultra-high-resolution microscopy imaging technology derived from the principles of the Nobel Prize in Chemistry, the Lixian intelligent booth has become a beautiful "landscape" in the forum exhibition. The participants stopped at the booth of Lixian Intelligence and had an in-depth understanding and discussion on the application of cutting-edge technologies such as ultra-high-resolution microscopy imaging technology and random optical reconstruction technology.
Especially during the special report on super-resolution optical imaging, the academic exchanges on super-resolution imaging were very warm, and the ultra-high-resolution microscopy imaging system iSTORM independently developed by Lixian Intelligent was also widely praised by the participants.
Figure 3: iSTORM, an ultra-high-resolution microscopic imaging system independently developed by Lixian Intelligence
The super-resolution microscopy imaging system iSTORM adopts STORM super-resolution microscopy imaging technology derived from the principle of the Nobel Prize in Chemistry, which realizes the breakthrough of the diffraction limit of optical microscopy, making it possible to engage in single-molecule localization and counting of biological macromolecules, subcellular and supramolecular structure analysis, and biodynamics of biological macromolecules on the resolution scale of 20 nm, thus bringing major breakthroughs to life sciences, medicine and other fields.
The ultra-high resolution microscopy imaging system iSTORM has the characteristics of 20 nm ultra-high resolution, 3-channel simultaneous imaging, 3D synchronous shooting, real-time reconstruction, and 2-hour novice mastery, and has realized the localization and counting of single molecules of live cells, and provides fluorescent dye selection, sample preparation, imaging services and experimental protocol overall solutions, with nanoscale observation accuracy, high stability, wide environmental applicability, rapid imaging, easy operation and other excellent characteristics. It has been highly recognized by more than 50 scientific research groups and more than 100 researchers.
The wonderful appearance at the academic forum on the interdisciplinary integration of biomedical photonics has encouraged Lixian Intelligent to continue to explore and innovate, join hands with outstanding peers in the field of optics, provide greater support for the development of the field of biomedical photonics, and jointly create a prosperous scene in the future!