Common name: Lantana • Manipuri: সম্বল লৈ Samballei, Nongballei, থীরৈ Thirei • Hindi:
Raimuniya राईमुनिया • Tamil: உன்னிச்செடி Unnichedi • Marathi: Tantani तणतणी,
Ghaneri घाणेरी • Kannada: Kakke, Natahu • Telugu: Pulikampa
Botanical name: Lantana camara var.
aculeate
Family: Verbenaceae (Verbena
family)
Introduction: Common lantana is a
rugged evergreen shrub from the tropics. The species will grow to 6 ft high and
may spread to 8 ft in width with some varieties able to clamber vinelike up
supports to greater heights with the help of support. The leaves are 2-5 in
long by 1-2 in wide with rounded tooth edges and a textured surface. Stems and
leaves are covered with rough hairs and emit an unpleasant aroma when crushed.
The small flowers are held in clusters (called umbels) that are typically 1-2
in across. Flower color ranges from white to yellow, orange to red, pink to
rose in unlimited combinations, in addition the flowers usually change in color
as they age. A lantana may look orange from a distance but the flowerhead is
examined at close range it consists of individual white, yellow and red flowers
that blend when viewed from afar.
Chemical Constituents
Phytochemical composition of the L.
camara has been extensively
studied in last few decades. Different parts of L. camara
are reported to
possess essential oils,
phenolic compounds, flavonoids, carbohydrates, proteins, alkaloids, glycosides, iridoid glycosides, phenyl ethanoid,
oligosaccharides, quinine, saponins, steroids, triterpens, sesquiterpenoides and tannin
as major phytochemical
groups.
Phytochemical
composition:
Chemical constituents:
Phytochemical
studies showed that the plant is free from diterpenoids and rich in essential
oils. Monoterpenes, triterpenes, flavones coumarin, steroids, iridoid
glycosides, are reported from Lantana camara. Triterpenes and flavones are the
more common secondary metabolites in Lantana camara.
Medicinal
Uses:
Antimicrobial,
immunosuppressive and anti tumoractivity. Lantana oil is sometimes used for the
treatment of skin itches, as an antiseptic for wounds and externally for
leprosy and scabies. Most of the pharmacological studies were preliminary,
carried out in animals and are not sufficient for the development of a
pharmaceutical product. Still, intensive preclinical and clinical studies are
required to evaluate the efficacy and toxicity of these plant products.
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