Revealed - Globe Thesis

Keyword [Revealed] Result: 101 - 116 \| Page: 6 of 6
101.	Mechanism of Oncogenic Cell Surface Receptor Signaling Revealed by Crystallographic and Electron Microscopic Analysis
102.	Discoveries of pathway and regulation of branched-chain amino acid catabolism in Arabidopsis thaliana revealed through transcript and genetic studies
103.	Stochastic Brain Function Revealed by Individual Trial Analysis of Functional Magnetic Resonance Imaging
104.	The role of Mycothiol Biosynthesis in Pathogenesis and Drug Susceptibility of Mycobacterium tuberculosis
105.	Immune Cell Metabolism In Kidneys Of Patients With Lupus Nephritis Revealed By Single-Cell RNA Sequencing
106.	Mechanism Of Wenjingtongluo Decoction Regulating Angiogenesis For Intervention Of Knee Osteoarthritis Revealed By Proteomic Analysis
107.	Multi-omics Studies Revealed The Involvement Of Th1 Cell Differentiation In The Anti-tumor Effect Of Purified Polysaccharide From Sanghuangporus Vaninii In Colorectal Cancer
108.	Molecular Regulatory Mechanism Of Neurodegenerative Processes In MPTP/probenecid-induced Progressive Parkinson's Disease Mice Revealed By Transcriptome
109.	1.Peripheral Blood Transcriptome Heterogeneity And Prognostic Value In Lung Cancer Patients Revealed By RNA-Seq 2.The Landscape Of Peripheral Immune System During Human Aging And Oncogenesis
110.	Mechanisms Of IGF2BP3 Regulating A549 Cells By Post-transcriptional Alternative Splicing Effect Revealed By Transcriptome Analysis
111.	Dynamic Immune Response Of Macrophages In Three-Dimensional Tumor Microenvironment Revealed By Single-cell Analysis
112.	The Regulatory Roles Of LncRNA MALAT1 In Hepatocellular Carcinoma As Revealed By Multiomic Analysis
113.	Co-expression Network Revealed The Potential Regulatory Mechanism Of LncRNAs In Recurrence Hepatocellular Carcinoma
114.	LUM With Chemoresistance In Gastric Cancer Revealed By Weighted Gene Co-expression Network
115.	Cellular Heterogeneity In Colorectal Cancer Revealed Via Single-cell Sequencing
116.	The Molecular Responses Of HepG2 Cells To The Exposure Of Ethyl Carbamate As Revealed By Integrated Transcriptomic And Metabolomic Approaches
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