5篇
您的检索式：作者名="Zhenlin Qiu"
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| 1 | Adjuvant Therapy With Capecitabine Postpones Recurrence of Hepatocellular Carcinoma After Curative Resection: A Randomized Controlled Trial显示文摘 | Yong Xia MD Yinghe Qiu MD Jun Li MD Lehua Shi MD Kui Wang MD Tao Xi MD Feng Shen MD Zhenlin Yan MD Mengchao Wu MD | 2010 | Annals of Surgical Oncology2010，，12： | 1 |
| 2 | Matrine Inhibits Infiltration of the Inflammatory Gr 1 hi Monocyte Subset in Injured Mouse Liver through Inhibition of Monocyte Chemoattractant Protein-1显示文摘 | Duo Shi Jinjin Zhang Lei Qiu Jianzhong Li Zhenlin Hu Junping Zhang Evan Paul Cherniack | 2013 | Evidence-Based Complementary and Alternative Medicine2013，，： | 1 |
| 3 | Adjuvant Therapy With Capecitabine Postpones Recurrence of Hepatocellular Carcinoma After Curative Resection: A Randomized Controlled Trial显示文摘 | Yong Xia Yinghe Qiu Jun Li Lehua Shi Kui Wang Tao Xi Feng Shen Zhenlin Yan Mengchao Wu | 2010 | Annals of Surgical Oncology2010，，12： | 1 |
| 4 | Quantitative analysis of collagen morphology in breast cancer from millimeter scale using multiphoton microscopy显示文摘The tumor microenvironment(TME)is now recognized as an important participant of tumor progression.As the most abundant extracellular matrix component in TME,collagen plays an important role in tumor development.The imaging study of collagen morphological feature in TME is of great significance for understanding the state of tumor.Multiphoton microscopy(MPM),based on second harmonic generation(SHG)and two-photon excitation fluorescence(TPEF),can be used to monitor the morphological changes of biological tissues without labeling.In this study,we used MPM for large-scale imaging of early invasive breast cancer from the tumor center to normal tissues far from the tumor.We found that there were signi¯cant di®erences in collagen morphology between breast cancer tumor boundary,near tumor transition region and normal tissues far from the tumor.Furthermore,the morphological feature of eight collagen¯bers was extracted to quantify the variation trend of collagen in three regions.These results may provide a new perspective for the optimal negative margin width of breast-conserving surgery and the understanding of tumor metastasis. | Yulan Liu Shunwu Xu Deyong Kang Xingxin Huang Shuoyu Xu Lianhuang Li Liqin Zheng Lida Qiu Zhenlin Zhan Xiahui Han Jianxin Chen | 2023 | Journal of Innovative Optical Health Sciences2023，16，4： | 0 |
| 5 | Synergistic modulation of spin and fluorescence signals in a nano-Saturn assembled by a metallofullerene and cycloparaphenylene nanohoop显示文摘Spin-based interdisciplinary research has attracted considerable attention,and various applications in magnetic memory,quantum science,and precision measuring technology have been reported.In this study,we induced a fluorescence property in a spin-active molecule by supramolecular assembly and realized a synergistic modulation of its spin and fluorescence properties.A Saturn-shaped supramolecular complex was synthesized using a spin-active metallofullerene Sc_(3)C_(2)@C80 with a fluorescent nanohoop of tetra-benzothiadiazole-based[12]cycloparaphenylene(TB[12]CPP),and its spin and fluorescence properties were comprehensively investigated.Temperature-dependent electron paramagnetic resonance(EPR)spectroscopy and fluorescence analyses were conducted.Synchronous changes in the EPR signals and fluorescence peaks were discovered in the temperature range of 170–290 K.Based on nuclear magnetic resonance observations and theoretical calculations,a temperature-dependent host–guest interaction between Sc_(3)C_(2)@C_(80)and a nanohoop was demonstrated,which explained the synchronous changes in the EPR signals and fluorescence peaks for Sc_(3)C_(2)@C_(80)⊂TB[12]CPP.The application of Sc_(3)C_(2)@C_(80)as a molecular spin system to probe the host–guest interaction was also evaluated.These results show that the supramolecular assembly can be used to design advanced spin systems coupled with optical and magnetic behaviors based on paramagnetic and luminescent molecules. | Jie Zhang Zhenlin Qiu Chong Zhao Yuxi Lu Wang Li Linshan Liu Chunru Wang Yuanzhi Tan Taishan Wang | 2023 | Nano Research2023，16，2： | 0 |
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