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Leaf and stem anatomy of honeybush tea (Cyclopia species, Fabaceae)
A. V. Stepanova
, E. L. Kotina
, P. M. Tilney
,
B. E. Van Wyk
Botany and Plant Biotechnology
University of Johannesburg
Russian Academy of Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
14
Citations (Scopus)
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Keyphrases
Fabaceae
100%
Cyclopia Species
100%
Honeybush Tea
100%
Leaf Anatomy
100%
Stem Anatomy
100%
Diagnostic Value
50%
Phenolic Compounds
50%
Relative Size
50%
Pith
50%
Secondary Phloem
50%
Epidermal Cells
50%
Crystal Sand
50%
Cyclopia Genistoides
50%
Leaf Microstructure
50%
Cyclopia Intermedia
50%
Cyclopia Subternata
50%
Xylem Rays
50%
Stem Microstructure
50%
Crystal Aggregates
50%
Leaf Epidermis
50%
Bundle Sheath Extension
50%
Bundle Sheath
50%
Cyclopia Maculata
50%
Revolute
50%
Epidermal Thickness
50%
CRISTAL
50%
Xylem Parenchyma
50%
Agricultural and Biological Sciences
Fabaceae
100%
Crystals
100%
Cyclopia
100%
Xylem
66%
Pith
33%
Secondary Phloem
33%
Cyclopia genistoides
33%
Cyclopia Intermedia
33%
Cyclopia subternata
33%
Cuticle
33%