aging - Globe Thesis - Globe Thesis

Keyword [aging] Result: 81 - 100 \| Page: 5 of 10
81.	Research On Mechanism Of Heat Induced Protein Aggregates Formation And Asymmetrical Inheritance Of Saccharomyces Cerevisiae
82.	Effects Of Aging And Alcohol Exposure On Response Properties Of Neurons In Visual Pathway Of Cats
83.	Aging Affects The Spatial And Temporal Frequency Tuning Properties Of Neurons In Visual System Of Rhesus Monkeys And Cats
84.	Study On The Effect Of Kinetin Against Immunosenescence In Rats
85.	The Functional Analysis Of Divergently Paired Genes (DPGs)and The Screening Of Aging Genes Based On Transcriptome Data
86.	Preliminary Study On Physiological And Biochemical Characteristics And Anti-aging Mechanism Of Selenium-enriched Brachionus Plicatilis
87.	Rheological Damage And Accelerated Characterization Of Long-term Mechanical Properties Of Solid Polymers
88.	Numerical Simulation On The Effects Of Age-related Bone Degeneration On Bone Mechanical Properties At Macroand Micro-levels
89.	Transmission Electron Microscopy Investigations Of The Precipitated Phases In As-cast And Rapidly Solidified Mg-Sn And Mg-Gd-Zn Alloys
90.	Two Modern Scheduling Problems With Varying Processing Times
91.	Transcriptome Studies Of Mouse Ovaries At Different Developmental Stages
92.	Based On Leslie Model Of Prediction And Analysis Of Population Aging In Hubei Province
93.	Mining Frequent Patterns From Complex Biological Networks And Its Software Implementation
94.	The Regulation Of P16Over-expression On Cell Aging
95.	The Best Legal And Emeritus Age Trend Analysis And Mathematical Modeling
96.	The Screen And Study Of PRMT-6Regulating Aging By High-throughput96-well RNAi System In C.elegans
97.	Experimental Research On The Preparation And Thermal Physical Properties Of Water-based Nanofluids
98.	Research BESâ…¢ TOF (TOF) Aging And Improved Scale Algorithm
99.	Subcellular Localization And Functional Analysis Of SIRT Gene Products In Arabidopsis In Arabidopsis Thaliana
100.	Regulation Of Post-ovulatory Aging Of Mouse Oocytes By Inhibiting Resumption Of The Second Meiosis And Oxidative Stress
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