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Product Details

TRIAMAN

Fig trees have a unique form of fertilization, each species relying on a single, highly specialized species of wasp that is itself totaly dependant upon that fig species in order to breed. The trees produce three types of flower; male, a long-styled female and a short-styled female flower, often called the gall flower. All three types of flower are contained within the structure we usually think of as the fruit.

The female fig wasp enters a fig and lays its eggs on the short styled female flowers while pollinating the long styled female flowers. Wingless male fig wasps emerge first, inseminate the emerging females and then bore exit tunnels out of the fig for the winged females. Females emerge, collect pollen from the male flowers and fly off in search of figs whose female flowers are receptive. In order to support a population of its pollinator, individuals of a Ficus spp. must flower asynchronously. A population must exceed a critical minimum size to ensure that at any time of the year at least some plants have an overlap of emission and reception of fig wasps. Without this temporal overlap, the short-lived pollinator wasps will go locally extinct.

Uses:- The Useful Tropical Plants Database contains information on the edible, medicinal and many other uses of several thousand plants that can be grown in tropical regions.

SPECIFICATION

Family Moraceae Odour Characteristic odour
Latin Name Ficus heterophylla Herb Extract Ratio10:1
Sanskrit Name Anjeer Water solubility 70% NLT
Common Name TRIAMAN Alkaloid Saponin 5% Flavin 3%
Solvent Used Water Taste Sweet
Storage Condition Store in a Dry and cool place in double PP bag with container.Appearance Brown Powder

Total heavy metal NMT 10 ppm

Heavy Metal- Total heavy metal NMT 10 ppm Arsenic – NMT 3 ppm
Lead- NMT 10 ppm
Cadmium – NMT 0.3 ppm
Mercury – NMT 1 ppm
Microbial Profile – Total Plate Count NMT 1000 CFU/G
Yeast & Moulds NMT 100 CFU/G
E-Coli Absent
Salmonella Absent
Staphylococcus aureus Absent/G
Pseudomonas Absent/G

Chemical

Qualitative Phytochemicals Screening The methanol, ether and aqueous leaves extracts were screened for different phytochemicals constituents’ viz., carbohydrate5, reducing sugars, amino acids, protein, steroid9, flavonoids6, saponins6, alkaloids5, tannins7, phenol, terpenoids8, resins10 and glycosides. The methods used to analyze the phytochemicals are as per standard method suggested by Harborne (1998) in Phytochemicals Methods- A Guide to Modern Techniques of Plant Analysis.

Special Information