Camellia sinensis - Globe Thesis

Keyword [Camellia sinensis] Result: 181 - 200 \| Page: 10 of 10
181.	GDNA Sequence Clone, Relative Expression Analysis Of Chalcone Synthase Gene And Association Analysis With Polyphenol Content In Tea Plant
182.	Assessment Of Genetic Diversity And Relationships Of Tea(Camellia Sinensis(L.) O. Kuntze) Cultivars Accessions Derived From SiChuan And ChongQing Region Using RAPD And ISSR Markers
183.	Selection Of Appropriate Reference Genes For Expression Studies In Camellia Sinensis By Real-time Polymerase Chain Reaction
184.	Identification And Isolation Of MiRNA In Tea(Camellia Sinensis)and Their Expression Characteristics Study On Response To Ectropis Obliqua Feeding Stress
185.	Construction Of RNAi Vector Of Theanine Synthesis Related Gene And Genetic Transformation Of Tea Plant(Camellia Sinensis (L.) O. Kuntze)
186.	A Literature-curated Database For MiRNA Molecular Regulation In Plant Response To Abiotic Stress And Application In Tea Plant(Camellia Sinensis)
187.	Molecular Cloning, Functional Identification And Expression Characteristic Of The HDR, HDS Gene From MEP Pathway In Camellia Sinensis
188.	Cloning Of AMP Deaminase Gene And CSNP Analysis Of TCS1in Tea Plant (Camellia Sinensis)
189.	Screening Of Systems Related To Gene Function Identification Of Flavonoid In Tea Plant[Camellla Sinensis (L.) O. Kuntze]
190.	Cloning And Expression Analysis Of SCPL1and SCPL2Gene Related To The Acyl Transfer Function In Camellia Sinensis
191.	Prokaryotic Expression And Enzymatic Assays On Suspected N-methy Nucleosidase Of Caffeine Biosynthetic Pathway In Tea Plant (Camellia Sinensis(L.) O. Kuntze)
192.	Fluorescence Quantitative Analysis And RNAi Inhibition Of Pollen Specific Protein CsPSP1from Tea Plant (Camellia Inensis.L.)
193.	Studies On Changes Of The Main Biochemical Substances And The Molecular Cloning, Expression Characteristic Of POD57Gene In Tea Cuttings During Rooting
194.	A Carrelation Study Of Caffeine Contents With Theobromine Contents, Transcriptional Expression And CSNP Of Key Enzyme Genes In Tea Plants
195.	Study On Fluoride Accumulation, Subcellular Distribution Of Tea Plant And Its Chemical Form In Leaf Surface
196.	Studied On The Bioinformatics Of SCPL And Function Of CsSCPL3in Tea Plant [Camellia Sinensis]
197.	The Biochemical Composition Analysis And Excellent Individuals Screening With Camellia Sinensis Var. Assamica Cv. Jianghua
198.	Isolation And Expression Of Genes In Tea(Camellia Sinensis (L.) O.Kuntze) Pollen Tube Under Cold Stress
199.	Study On Seasonal Diversity Of Fungi In Calemmia Senensis And Analysis Of Their Antagonistic And Degradation Activity
200.	Subcellular Localizations, Expressions And Functional Analysis Of Csice And Cscbf Transcription Factors Related To Cold Stress In Tea Plant[Camellia Sinensis(L.)O.Kuntze]
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