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Shanghai Jiaotong University Li Songting's research group published the latest research results on the analysis of brain network dynamics in PNAS
Time of Update: 2022-03-08
Recently, Li Songting's research group from the Institute of Natural Sciences and the School of Mathematical Sciences of Shanghai Jiao Tong University used the theory of perturbation to reveal the mathematical mechanism and corresponding biological explanation behind the phenomenon of time scale hierarchy in the cerebral cortex.
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Shanghai Jiaotong University Yuan Zheng's research group published a paper to analyze the dynamic
Time of Update: 2022-03-08
The researchers used a single-cell sequencing system to map a dynamic panorama of early rice inflorescence development, reconstructing the developmental trajectories of rice spikelets, flowers, and various reproductive meristems .
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Chen Yujie/Li Hua, Shanghai Jiaotong University: Dynamic mode environmentally stable ion-conducting organic hydrogel
Time of Update: 2021-06-20
Recently, the team of Associate Researcher Chen Yujie/Associate Researcher Li Hua of Shanghai Jiaotong University has prepared ionic organic hydrogels with excellent mechanical properties and unique behaviors (information recognition and encryption) and mechanical sensing in a variety of environments .
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Nature Sub-Journal | Hongjie Yu's group at Fudan University has made important progress
Time of Update: 2021-03-22
In short, this study systematically explained the dynamic changes of the transmission dynamics parameters of new coronary pneumonia, revealed the important role of asymptomatic transmission and pre-symptomatic transmission in epidemic transmission and prevention and control, and evaluated the impact of factors such as contact mode, number of passages, and number of contacts.
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Peking University has made a breakthrough in the analysis of protease body full atomic dynamics
Time of Update: 2021-02-12
And through the combination of frozen electron microscope and machine learning technology, the paper analyzes the high-resolution (2.8 to 3.6 E) fine atomic structure of 7 intermediate-state configurations in the process of degradation of human-origin protease 26S, preferably with a local resolution of 2.5 E.
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Science: The Yu Hongjie team at Fudan University has made important progress in the field
Time of Update: 2020-12-12
To this end, based on the case of SARS-CoV-2 infected persons diagnosed in Hunan Province between January 21 and April 2, 2020 and the tracking data of their close contacts, The Yu Hongjie Task Force conducted an epidemiological model study aimed at describing the heterogeneousity of neo-coronavirus transmission at the individual level, the transmission dynamics of neo-corona pneumonia after the implementation of non-drug-based interventions, and the impact of interventions on individuals and groups.
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The team at Peking University revealed dynamic changes in colorectal t cells.
Time of Update: 2020-08-07
the research team has pioneered the development of STARTRAC systematic bioinformatics quantitative analysis method based on TCR sequence, which deeply depicts the dynamic changes of T cells in the microenvironment of colorectal cancer tumors, which provides a solid foundation for further analyzing the differences between T cells in different colorectal cancer patients, and provides an opportunity to tap new therapeutic targets.
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AS: Professor Wang Weilin of Zhejiang University School of Medicine, Second Hospital, designed new
Time of Update: 2020-07-17
Innovation point (1) through in situ binding AuNP on MOF surface to realize cascade reaction, AuNP nano enzyme catalyzes glucose decomposition to produce H2O2, and TCPP (FE) released by MOF in tumor c
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ACS Nano: the latest research results of Niu TianChao and Li Shuang of Nanjing University
Time of Update: 2019-09-15
Recently, Niu TianChao, Professor of Nanjing University of science and technology and Li Shuang, associate professor of nanoisomer materials center, jointly published a research paper entitled "imagin
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and Professor Jonathan L. Sessler of University of Texas Austin: AIE soft magic cube realizes dynamic macro assembly
Time of Update: 2019-08-26
Static and dynamic assembly of leads is common in nature, and has always inspired scientists to build more advanced materials Compared with the static assembly field, the dynamic assembly is still one
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Research group of Professor Qu Dahui of East China University of science and technology: dynamic adaptive two-dimensional supramolecular assembly
Time of Update: 2019-08-16
Since the rise of graphene, lead two-dimensional materials have been widely concerned, and show a certain application prospect in catalysis, separation, biological diagnosis and treatment and other im
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Research work of the latest physical and chemical dynamic interface design of Professor Hou Xu's
Time of Update: 2019-02-18
The author of the paper: the interface behavior in the confined space of Professor Hou Xu's research group is different from the relatively independent interface behavior in the macro scale because of
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Research group of Professor Hou Xu of Xiamen University: anomalous ion transport behavior
Time of Update: 2019-01-27
The transport of different ions is controlled by the cell membrane, and its regulation mechanism depends not only on the intrinsic structure of the channel and the physical and chemical properties of
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Li Hao research group of Zhejiang University: dynamic chemical self-assembly based on oxime
Time of Update: 2018-10-31
Author: Li Hao research group recently, Li Hao research group, Department of chemistry, Zhejiang University has made new progress in water phase self-assembly The related research results were publish
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Sun Baiwang and Luo Yanghui research team of Southeast University: dynamic 3D hydrogen bonded
Time of Update: 2018-10-23
In recent years, the development and application of hydrogen bonded organic frameworks (HOFs) have attracted more and more attention Compared with traditional crystalline porous materials such as MOFs