high-throughput sequencing - Globe Thesis

Keyword [high-throughput sequencing] Result: 1 - 20 \| Page: 1 of 10
1.	Identification And Expression Analysis Of MicroRNAs In Drought-resistant Wild Soybean (Glycine Soja)
2.	Expression Profile Of MicroRNAs During Pollination In Maize
3.	Excavation And Analysis Of Key Enzymes And MiRNAs Of Notoginsenoside Biosynthetic Pathway
4.	Transcriptome Profile Analysis Of Porcine Adipose Tissue And Research On The Biological Roles Of TCTP
5.	Identification And Differentially Expressed Analysis Of MicroRNA In Porcine (Sus Scrofa) Testis Tissue
6.	The Study Of Expression Of MiNRAs In Wool Follicle During Different Development Phases
7.	Responses Of Soil Microorganisms To Nitrogen Deposition In Winter In Xiaoxing'anling Forest
8.	Study On Physiological Characteristics And The Transcriptome Of Enteromorpha Prolifera
9.	Small RNA Profiling And The Function Of Dicer Genes In Phytophthora Infestans
10.	Bombyx Mori Nuclear Polyhedrosis Virus-encoded Mirna And Its Preliminary Functional Analysis
11.	Identification And Validation Of Soybean MicroRNAs Involved In Stress Responses
12.	Antibody Dynamic And Relevant Microrna Expression In AIV Infected SPF Ducks
13.	Genomic Cloning Of Citrus Tristeza Virus Isolates And Bioinformatical Analysis Of Their Induced MiRNAs In C.sinensis
14.	Preliminary Study On The Heterosis Mechanism Of Takifugu With High-throughput Sequencing Technologies
15.	Mechanism Of Albinism In Sea Cucumber Apostichous Japonicus And Characterization Of Body Color Separation Albino Offspring Based On High Throughput Sequencing
16.	Identification And Expression Analysis Of Micrornas In A White-Core Mutant FLO2Caryopsis During Rice Filling Stages
17.	Study On Chloroplast And Mitochondrial Genomes Of Salvia Miltiorrhiza
18.	Construction And Significance Analysis Of The Microrna Expression Profile Of Hemerocallis Fulva At Low Temperature
19.	Identification And Functional Characterization Of MicroRNAs Involved In Pollen Development In Brassica Campestris Ssp. Chinensis
20.	Reprogramming Of Amur Tiger Fibroblasts To Induced Pluripotent Stem Cells Using Oct-4、Sox2、Klf4and C-Myc Transcription Factors
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