This study employed a manual cultivar identification diagram (MCID) derived from Random Amplified Polymorphic DNA (RAPD) banding patterns to efficiently and reproducibly identify 61 Camellia oleifera Abel cultivars for germplasm resource utilization and oil tea cultivar identification.

efficient-identification-techniques-for-61-oil-tea-camellia-oleifera

Efficient Identification Techniques for 61 Oil Tea (Camellia Oleifera Abel) Cultivars Using the MCID Strategy and DNA Markers

It is crucial to identify Camellia&#160;oleifera&#160;Abel [Oil tea (Ot)] germplasm materials and cultivars for evaluating germplasm resources and ...

This article presents a protocol to provide the first report on the nutrient content and related metabolic pathways of C. oleifera leaves at three growth and development stages, and to provide a basis for understanding the molecular mechanism of leaf senescence.

differential-analysis-nutrient-content-metabolism-camellia-oleifera

Differential Analysis of Nutrient Content and Metabolism of Camellia oleifera at Different Growing Periods

In order to indicate the variations in nutrient content, gene expression associated with nitrogen metabolism, and starch and sucrose metabolism in C. ...

Institution - West Anhui University

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