Omics analysis - Globe Thesis

Keyword [Omics analysis] Result: 41 - 57 \| Page: 3 of 3
41.	Studies On The Synthesis Of β-glucan By Rhizobium And Its Metabolic Regulation Of Triglyceride
42.	Mechanism Of Protein Degradation By Black Soldier Fly Larva In Synergism With Gut Microorganisms
43.	Physiological Responses And Potential Acclimation Mechanisms Of Marine Diatom Thalassiosira Pseudonana To Reduced Dissolved Oxygen
44.	Analysis And Functional Study Of Immune-Related Prognostic Factors Based On Public Database In Breast Cancer
45.	Biosensor-Coupled In Vivo Mutagenesis To Screen The Mutants That Improve The Malonyl-CoA Flux And Identify The Causal Genes
46.	Molecular Characteristics Of Mycoviruses Infecting The Hypovirulent Strain HC025 Of Sclerotinia Sclerotiorum And Mechanisms Of Mycoviruses-associated Hypovirulence
47.	Study On Sphingomonas Melonis TY In Response To Hyperosmotic Stress And Its Post-transcriptional Gene Regulation Strategies
48.	Combined Inactivation Effect And Mechanism Of Protocatechuic Acid And High Hydrostatic Pressure Technology Against Escherichia Coli O157:H7
49.	Application Of Multi-omics Analysis And Artificial Biotechnology To Explore The Integration And Transcription Characteristics Of RNA Viruses
50.	Complex Mutagenesis,Process Optimization And Mutation Gene Analysis Of Polysialic Acid Producing Strain
51.	Plastic Degradation By The Gut Microorganism Of Yellow Mealmorm(Tenebrio Molitor Linna.)Larvae
52.	Combined Omics Analysis Of The Response Mechanism Of Rhodotorula Glutinis YM25079 To Glucose Starvation Stress
53.	Study On Antibacterial And Virulence Regulated Mechanism Of Palmitic Acid Against Vibrio Alginolyticus
54.	Genome-wide Investigation Of Germin-like Proteins And Functional Determination Of SpGLP19 In Sesuvium Portulacastrum
55.	Isolation And Identification Of Interalgal Bacteria And Nitrogen Uptake Characteristics And Omics Analysis Of Algal-Bacterial Systems
56.	Study On The Key Proteases Of Aspergillus Oryzae During Koji-making Of Bean-based Fermented Food Based On Comparative Omics Analysis
57.	FADS2 Regulates Stem Cell Pluripotency By Affecting Lipid Metabolism Flux
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