Proteome - Globe Thesis

Keyword [Proteome] Result: 1 - 20 \| Page: 1 of 6
1.	New Technologies Of Bio-mass Spectrometry And Their Applications In Disease Proteomics
2.	Breeding Of The Novel Antibiotic AGPM High Producing Strain And Studies On The Proteomics
3.	Analysis Of The Regulation Of Central Metabolism In S.cerevisiae Grown Under Different Culture Conditions
4.	Technology And Method Development For Sample Pretreatment And Automated Analysis In Proteome Research
5.	The Protemic Research Of Aromatic Hydrocarbon Biodegradation Pathway
6.	Studies On Molecular Ecotoxicological Effects Of Combined Pollution Between Butachlor And Cadmium On Soil Microbe And Bioremediation
7.	The Study On The Hepatotoxicity Of Typical Chlorophenol Chemicals On Rare Minnow And Its Mechanisms
8.	Study Of Transcriptomics And Proteomics On Uptake And Tolerance Mechanism Of Copper In Elsholtzia Splendens And Its CDNA Library Construction
9.	Effects Of Low Concentration Quinolone On Physiological Characteristics And Proteome Expression Of Streptococcus Thermophilus
10.	Proteomics Separation And Identification Of New Technologies And New Methods
11.	Study On The Physiological Mechanisms Of Acid Stress Tolerance In Lactobacillus Casei
12.	Chromatographic Technologic Research And Proteome Technical Application Of A New Tapy DNAase From Bimastos
13.	Toxin Production Physiology And Biosynthesis Mechanism In Toxic Dinoflagellate Alexandrium
14.	Proteomic Analysis Of Streptomyces Lydicus During Antifungal Antibiotic Production
15.	Study On The Relationship Between The Cocoon Characters And The Protein Expression Patterns In Bombyx Mori Breeds
16.	Nutrient Physiology Of Toxin-production And Physiological Functions Of Toxins In Alexandrium Tamarense Polar
17.	Study On Preparation And Applications To Protein Separation Of Fe(Ⅲ)-immobilized Nanoparticle-modified Capillary
18.	Enzymatic Characterization Of Kitchen Waste During Anaerobic Digestion Process
19.	Study On Metabolic Responses To Exogenous Glutamate And Proline Of Streptomyces Lydicus
20.	Trypsin Immobilization On Hybrid Particles For Ultra Fast, Highly Efficient Proteome Digestion, Facile18O Labeling And Absolute Protein Puantification
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