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On June 25th, the Nikon Microscopy Technology Frontier Application Forum-and Nikon's new generation confocal AX/AX R press conference came to a close at the Peking University Boya International Hotel
.
The forum was opened by Hashimoto Koharu, general manager of Nikon Instruments (Shanghai) Co.
, Ltd.
, and invited Li Dong, a researcher at the Institute of Biophysics, Chinese Academy of Sciences, Chen Jianguo, a professor at the School of Life Sciences, Peking University, and He Yan, a professor at the Department of Chemistry, Tsinghua University, to conduct on-site scientific research exchanges.
Witness the upgrade and innovation of Nikon confocal microscope
.
At this forum, AX/AX R used its strength to interpret the product upgrades brought about by technological updates and the technological upgrades brought about by the combination of microscope and artificial intelligence (AI) technology, which made the spectrum more accurate, resolution and sensitivity higher, and faster.
Fast, empowering and blessing for efficient scientific research
.
Ten years of honeding, innovations are introduced to improve the efficiency of scientific research and help AX/AX R introduce artificial intelligence deep learning solutions, equipped with a 25mm (diagonal) field of view, a scan size of up to 8192X8192 pixels, and at high resolution The imaging speed can also reach 7.
5 frames per second; at the same time, AX/AX R's complete and efficient operating system realizes the efficient cooperation of software and hardware, which not only ensures the accuracy of the experimental results, but also greatly saves experimental time and personnel.
The cost basically avoids the problem of quenching experimental specimens due to repeated adjustments to the shooting plan, while ensuring the speed and quality of the film (clear image quality), which is a powerful tool to improve the accuracy and efficiency of scientific research
.
BioPipeline is a shooting platform developed for researchers who use microscopes to pursue high-quality imaging.
It can complete automatic shooting of a large number of samples
.
For researchers using microscopes, changing samples is a bottleneck that affects research progress
.
BioPipeline solves this problem through automation
.
In particular, the BioPipeline Live with an inverted microscope can handle the cell culture and observation of 44-well plates
.
Won the "2020 Top Ten Innovative Products of Life Science" award from Biocom for its originality
.
Nikon Beijing application engineer Zhou Jianchun interprets the Nikon tenth-generation confocal AX/AX R Nikon Beijing application engineer Zhou Jianchun interprets the Nikon tenth-generation confocal AX/AX R Nikon Beijing application engineer Dr.
Li Xun interprets the BioPipeline microscope automation solution Nikon Beijing application Engineer Dr.
Li Xun interprets the BioPipeline microscope automation solution AX display.
Li Dong, researcher at the Institute of Biophysics, Chinese Academy of Sciences, Chen Jianguo, a professor at the School of Life Sciences, Peking University, and He Yan, a professor at the Department of Chemistry, Tsinghua University, attended this forum to discuss the development of ultra-high resolution imaging technology.
Application, the interaction between the endoplasmic reticulum and related organelles, and the spatiotemporal dynamic monitoring of non-fluorescent dynamic single-molecule imaging-protein phase separation system to share cutting-edge scientific research results and cases
.
At the same time, Nikon senior application engineer Xue Zhihong explained Nikon's efforts in the field of artificial intelligence with vivid examples, and shared with everyone the application cases of artificial intelligence microscopy
.
Li Dong, Researcher, Institute of Biophysics, Chinese Academy of Sciences, "Development and Application of Ultra-High Resolution Imaging Technology" Chen Jianguo, Professor, School of Life Sciences, Peking University, "Interaction between Endoplasmic Reticulum and Related Organelles", Professor Chen Jianguo, Peking University School of Life Sciences, "Endoplasmic Reticulum and Related Organelles" Interactions of Chemistry" He Yan, Professor of the Department of Chemistry, Tsinghua University, "Non-Fluorescent Dynamic Single Molecule Imaging-Spatiotemporal Dynamic Monitoring of Protein Phase Separation System" He Yan, Professor of the Department of Chemistry, Tsinghua University, "Non-Fluorescent Dynamic Single Molecule Imaging-Spatiotemporal Dynamics of Protein Phase Separation System" Monitoring" Professor Yan He, Department of Chemistry, Tsinghua University, "Non-fluorescence dynamic single-molecule imaging-Spatiotemporal dynamic monitoring of protein phase separation system" Xue Zhihong, Senior Application Engineer of Nikon, "Microscopic Imaging Application of Artificial Intelligence" Xue Zhihong, Senior Application Engineer of Nikon, "Display of Artificial Intelligence" Micro-imaging applications" Nikon Senior Application Engineer Xue Zhihong "Artificial Intelligence for Microscopic Imaging Applications" Nikon Senior Application Engineer Xue Zhihong "Artificial Intelligence for Microscopic Imaging Applications"
.
The forum was opened by Hashimoto Koharu, general manager of Nikon Instruments (Shanghai) Co.
, Ltd.
, and invited Li Dong, a researcher at the Institute of Biophysics, Chinese Academy of Sciences, Chen Jianguo, a professor at the School of Life Sciences, Peking University, and He Yan, a professor at the Department of Chemistry, Tsinghua University, to conduct on-site scientific research exchanges.
Witness the upgrade and innovation of Nikon confocal microscope
.
At this forum, AX/AX R used its strength to interpret the product upgrades brought about by technological updates and the technological upgrades brought about by the combination of microscope and artificial intelligence (AI) technology, which made the spectrum more accurate, resolution and sensitivity higher, and faster.
Fast, empowering and blessing for efficient scientific research
.
Ten years of honeding, innovations are introduced to improve the efficiency of scientific research and help AX/AX R introduce artificial intelligence deep learning solutions, equipped with a 25mm (diagonal) field of view, a scan size of up to 8192X8192 pixels, and at high resolution The imaging speed can also reach 7.
5 frames per second; at the same time, AX/AX R's complete and efficient operating system realizes the efficient cooperation of software and hardware, which not only ensures the accuracy of the experimental results, but also greatly saves experimental time and personnel.
The cost basically avoids the problem of quenching experimental specimens due to repeated adjustments to the shooting plan, while ensuring the speed and quality of the film (clear image quality), which is a powerful tool to improve the accuracy and efficiency of scientific research
.
BioPipeline is a shooting platform developed for researchers who use microscopes to pursue high-quality imaging.
It can complete automatic shooting of a large number of samples
.
For researchers using microscopes, changing samples is a bottleneck that affects research progress
.
BioPipeline solves this problem through automation
.
In particular, the BioPipeline Live with an inverted microscope can handle the cell culture and observation of 44-well plates
.
Won the "2020 Top Ten Innovative Products of Life Science" award from Biocom for its originality
.
Nikon Beijing application engineer Zhou Jianchun interprets the Nikon tenth-generation confocal AX/AX R Nikon Beijing application engineer Zhou Jianchun interprets the Nikon tenth-generation confocal AX/AX R Nikon Beijing application engineer Dr.
Li Xun interprets the BioPipeline microscope automation solution Nikon Beijing application Engineer Dr.
Li Xun interprets the BioPipeline microscope automation solution AX display.
Li Dong, researcher at the Institute of Biophysics, Chinese Academy of Sciences, Chen Jianguo, a professor at the School of Life Sciences, Peking University, and He Yan, a professor at the Department of Chemistry, Tsinghua University, attended this forum to discuss the development of ultra-high resolution imaging technology.
Application, the interaction between the endoplasmic reticulum and related organelles, and the spatiotemporal dynamic monitoring of non-fluorescent dynamic single-molecule imaging-protein phase separation system to share cutting-edge scientific research results and cases
.
At the same time, Nikon senior application engineer Xue Zhihong explained Nikon's efforts in the field of artificial intelligence with vivid examples, and shared with everyone the application cases of artificial intelligence microscopy
.
Li Dong, Researcher, Institute of Biophysics, Chinese Academy of Sciences, "Development and Application of Ultra-High Resolution Imaging Technology" Chen Jianguo, Professor, School of Life Sciences, Peking University, "Interaction between Endoplasmic Reticulum and Related Organelles", Professor Chen Jianguo, Peking University School of Life Sciences, "Endoplasmic Reticulum and Related Organelles" Interactions of Chemistry" He Yan, Professor of the Department of Chemistry, Tsinghua University, "Non-Fluorescent Dynamic Single Molecule Imaging-Spatiotemporal Dynamic Monitoring of Protein Phase Separation System" He Yan, Professor of the Department of Chemistry, Tsinghua University, "Non-Fluorescent Dynamic Single Molecule Imaging-Spatiotemporal Dynamics of Protein Phase Separation System" Monitoring" Professor Yan He, Department of Chemistry, Tsinghua University, "Non-fluorescence dynamic single-molecule imaging-Spatiotemporal dynamic monitoring of protein phase separation system" Xue Zhihong, Senior Application Engineer of Nikon, "Microscopic Imaging Application of Artificial Intelligence" Xue Zhihong, Senior Application Engineer of Nikon, "Display of Artificial Intelligence" Micro-imaging applications" Nikon Senior Application Engineer Xue Zhihong "Artificial Intelligence for Microscopic Imaging Applications" Nikon Senior Application Engineer Xue Zhihong "Artificial Intelligence for Microscopic Imaging Applications"
