Hard core!These top journals are now the results of the scientific research of the East University!

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Be diligently, stop at perfection

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Recently, I have a lot of major scientific research results

"Express" various international top journals

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Recent scientific research results quick view

Li Quan's team released the latest results in Light: Science Applications

智能材料研究院院长、欧洲科学院院士、化学化工学院李全团队在国际知名期刊Light: Science Applications发表了题为“Liquid Crystal-Templated Chiral Nanomaterials: From Chiral Plasmonics to Circularly Polarized Luminescence”的重要综述文章（ Light: SCI. Appl. 2022, 11, 223), systematically summarized the latest progress and application prospects based on LCD soft templates and its application prospects. Basic principles and unique advantages. Southeast University Li Quan is the author of the dissertation, Professor Wang Ling and Professor Feng Wei of Tianjin University as a joint communication author.

Our school's scientific research team published the latest results in "Nature Communications"

Professor Lin Chengqi and Professor Luo Zhuojuan in the School of Life Sciences and Technology published a research paper entitled "ZFP281-BRCA2 Prevents R-Loop Accumulation DNA Replication" in the well-known international journal "Nature Communications". LOOP is abnormally accumulated to maintain the normal process of dna replication of embryonic cells.

This study proposed a new mechanism of BRCA2 regulating R-Loop: ZFP281 recruits BRCA2 to two-valent chromatin areas, and maintains the appropriate DNA replication process by hindering the accumulation of abnormal R-LOOP. This regulation may play an important role in early embryo development and cancer.

Lin Chengqi, the young chief professor of Southeast University, and the author of the common communication author of the paper. Wang Yan, a postdoctoral School of Life Science and Technology of Southeast University, is the first author of the paper. Professor Lin Chengqi and Professor Luo Zhuojuan's team have long studied the fate of stem cell fate, embryo development, and transcriptional regulation in the process of tumor.

Professor Liang Gaolin's research team in Journal of the American Chemical Society

Published the latest research results

The top academic journal Journal of the American Chemical Society online published the research results of Professor Liang Gaolin, a national key laboratory of Southeast University School of Biological Science and Medical Engineering/National Key Laboratory. -Nanofiber Transition Property Spatially Suppresses Tumor Metastasis ". Based on the designed trident-to-pre-pharmaceutical molecular NAP-CPT-HCQ-YP, the article first proposed the strategy of "spatial inhibitory tumor metastasis" for the first time, and achieved efficient inhibition of tumor metastasis.

The first author of the paper was Gao Gao, a doctoral student at the School of Biology and Medical Engineering of Southeast University, and Jiang Yaowen, a post -doctoral school of Nanjing University School of Chemistry and Chemistry. Professor Liang Gaolin of the National Key Laboratory of Southeast University of Southeast University is the only communication author.

Yang Yi's research group published a new method of predicting the failure of HFNC treatment in the famous international journal

Professor Yang Yi, a Key Medicine Department of the Central University Hospital of Southeast University, in Jiangsu Health Medicine Key Laboratory and Southeast University. New indicators of the failure of nasal high flow oxygen therapy technology: a research results of a preliminary research ". The important breakthrough point of this study is to propose a new clinical indicator of the failure of patients with high nasal flow oxygen therapy technology to predict patients with acute respiratory failure, providing an important theoretical basis for the mortality of patients with acute hypoxic respiratory failure. Professor Yang Yi and Professor Liu Ling are the author of the common communication, and Chen Dongyu, a doctoral student, is the first author.

This study first proposed the importance of monitoring the moisture volume of patients with acute respiratory failure in patients with high nasal flow oxygen therapy technology. It first created a non -invasive ventilation test to solve the monitoring problem. Based on this Accurately identify the time to transform the acute hypoxy -type respiratory failure of acute hypoxic failure of high -flow oxygen therapy technology through the nasal nasal hypertrophic oxygen therapy. Provide important theoretical basis.

Professor Wang Jinlan's research team has made new progress in the field of electrochemical energy

Professor Wang Jinlan's research team has made important progress in the design of electrical catalysts. The relevant research results are published in the chemical topic "Jou" of the top of the chemical topics "A At the American Chemical Society, and was selected as a cover article.

Professor Wang Jinlan's research group takes the dual -metal atom catalysts loaded by two -dimensional materials as an example. Combining artificial intelligence technology and physical chemistry analysis, a simple descriptor based on atomicity (electrical negative, electronic number) is constructed. The effects of the interface effect on the activity of the activity of material electrical catalytic reduction (carbon dioxide, nitrogen, and oxygen reduction reaction), which realizes the qualitative assessment of material catalytic performance that does not rely on the principles of firstality. The prediction results are well consistent with the reported experiments and theoretical results, which provides a practical strategy for the rational design and performance optimization of the load -type dual -atomic catalyst. In addition, the article also proposes a universal design framework for building a universal descriptor, which has important guiding significance for the design and construction of the descriptor of other load catalysts.

The scientific research team of our school published a cover paper on the international authoritative journal "Advanced Energy Materials"

Our school's scientific research team published a cover paper on the international authoritative journal "Advanced Energy Materials".

The thermal chemistry and photocatalytic recycling of waste plastic provide a new way. This method uses waste plastic as a carbon -rich and hydrogen -rich raw material similar to fossil energy. Products. In this thesis, under mild conditions, the use of sunlight is used as energy, and waste plastic is highly selected and highly selected into high -value products, such as hydrogen, ethylene, acrylic, chemicals, fuels and materials. The photocatalytic process can selectively break and reorganize the C-C and C-H bonds that can generate high-energy electron-grounded electron-grounded acupoints through light. The response conditions are mild, which breaks through the bottleneck of traditional thermal conversion and difficult to focus and selective regulation. The paper proposes a new paradigm that establishes a sustainable circulating plastic economy, which provides new research ideas for the resource utilization of waste plastics.

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Explore the unknown, the road ahead is long

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Always struggling on the road of a strong science and technology country!

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