Design and machining schematic of the novel ZPC for the Chinese population. by Jia Zhu (135506)

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Raw data. by Jia Zhu (135506)

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Testing states of cadaveric specimens under different surgical conditions. by Jia Zhu (135506)

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Histogram of motion distribution of specimens after different surgical products under six basic working conditions. by Jia Zhu (135506)

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Stacked bar of motion distribution of intact specimen under different working conditions. by Jia Zhu (135506)

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Parameters of the newly designed ZPC for the Chinese population used in test. by Jia Zhu (135506)

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Initial preparation state diagram of the specimen experiment. by Jia Zhu (135506)

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Lipidomic analysis of epidermis using LC-IMS-CID-MS reveals major changes in CKO// epidermis. by Kevin J. Mills (9270966)

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Metabolism of lipids and lipid proteins CKO vs K5Cre Reactome by Kevin J. Mills (9270966)

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Ceramide biosynthetic process CKO vs K5Cre GO: Biological Processes. by Kevin J. Mills (9270966)

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Conditional deletion of C/EBP in epidermis results in downregulation of transcripts and pathways associated with lipid biosynthesis in epidermis. by Kevin J. Mills (9270966)

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UHPLC-MS CKO vs K5Cre results. by Kevin J. Mills (9270966)

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Uncropped raw western blot images. by Kevin J. Mills (9270966)

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LC-IMS-CID-MS CKO vs K5Cre results. by Kevin J. Mills (9270966)

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Fatty acids, triacylglycerol and ketone body metabolism CKO vs K5Cre Reactome. by Kevin J. Mills (9270966)

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Phospholipid metabolism CKO vs K5Cre Reactome. by Kevin J. Mills (9270966)

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Cholesterol biosynthetic process CKO vs K5Cre GO: Biological Processes. by Kevin J. Mills (9270966)

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Targeted analysis of cholesterol and cholesterol esters in epidermis reveals changes in specific cholesterol esters in CKO epidermis. by Kevin J. Mills (9270966)

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Localization and conditional deletion of C/EBP in SKH1 mouse epidermis. by Kevin J. Mills (9270966)

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Predicting Dinitrogen Activation and Coupling with Carbon Dioxide and Other Small Molecules by Methyleneborane: A Combined DFT and Machine Learning Study by Feiying You (22119041)

“…Machine learning analysis suggests that increasing the HOMO–LUMO gap or the charge on the boron atom or decreasing the charge of the nitrogen atom will reduce the reaction energies. …”