Camellia - Globe Thesis

Keyword [Camellia] Result: 1 - 20 \| Page: 1 of 4
1.	Studies On Molecular Systematics Of Sect.Thea (L.) Dyer
2.	Reproductive Ecology Of Camellia Rosthornina And Relationships Between Soil And Vegetational Succession In Jinyun Mountain
3.	Studies On Functional Groups, Characterization And Purification Of Superoxide Dismutase From Camellia Pollen
4.	Research On Phylogenesis Of Sect. Camellia In The Genus Camellia
5.	Preliminary Research On Tissue Culture Of C.Sinensis
6.	Pollination Biology Of Rosa Laevigata, Camellia Fraterna And Rhododendron Ovatum In TianTong Forest Park
7.	The CDNA Identification And The Sequencing Analysis Of Chalcone Synthase And Chalcone Isomerase In Camellia Oleifera
8.	Cloning And E.coli Expression Of Anthocyanidin Reductase Gene From Tea Leaves
9.	ISSR Analysis Of The Genetic Structure Of Xanthium In China And Somatic Embryogenesis In Camellia Sinensis
10.	The Study On The Relationship Between Guizhou Endemic Plant Camellia Kweichowensis & Aluminum In Soil And Conservation Strategy
11.	Ecological Studies On Rodent Predating And Dispersing Seeds Of Camellia Pitardii And Dendrobenthamia Hongkongensis In The Forest Of Kuankuoshui Nature Reserve
12.	Studies On Plant Diversity Of Fangcheng Yellow Camellia National Natural Reserve In Guangxi
13.	The Leaf FTIR, Morphology And Anatomy Of Camellia Plants With Cork Wart And Their Taxonomic Significations
14.	Taxonomic Treatments Of Camellia Section Tuberlata And The Evaluation Of Their Germplasm Resources
15.	Cloud Theory And Its Application In Plant Numerical Taxonomy Of Genus Camellia
16.	Cloning, Expression And Enzymatic Characterization Of Two Malate Dehydrogenases
17.	Inevstigation And Evaluation Of Wild Ornamental Plants Resources In Fangcheng Yellow Camellia National Natural Reserve In Guangxi
18.	Cloning And Functional Verification Of Two MYB Transcription Factors In Tea Plant [Camellia Sinensis (L.)]
19.	The Analysis Of Bioactivity And Optimum Extraction Process Of Polyphenols Of Camellia Oleifera Seed Oils
20.	Research On Heat/mass Transfer Characteristics Of A Hardy-plant Stem
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