
Colchicum luteum Baker, a species of lily plant with yellow blossoms, is known in Unani as Suranjan. It grows on grassy slopes in the Turkestan, Afghanistan, and temperate Himalayan.
For medicinal purposes, the plant's corm or rhizome is employed. It has historically been used to treat liver and spleen problems, gout, headaches, and rheumatism. The roots were used in Afghanistan to make the medication Harantutiha.
As a laxative, aphrodisiac, and carminative, Suranjaan Sweet is utilised. Gout, rheumatism, and illnesses of the liver and spleen can all be effectively treated with colchicines. The corms are applied externally as a paste to reduce swelling and discomfort.
When administered with an alkaline diuretic, Suranjaan Sweet is non-steroidal anti-inflammatory, anti-gout (relieves acute gout pain and inflammation without increasing uric acid outflow), emetic, and cathartic. Mitosis inhibitor, anti-chemotactic, and anti-phlogistic. extremely poisonous. used as an external application to reduce pain and inflammation.
Other Names:
Qalb al-’ard, Sooranjaan, Haafir al-muhr, Assabi’ Hurmas, Colchicum, Autumn Crocus, Meadow Saffron, Naked Lady, Colchique, Gelbe Zeitlose, Gelbe Herbstzeitlose, Hiran Tutiya, Suranjaan Mithi, Colchicum luteum Baker, Suranjan, Hiranyatutha, Suranjan Shirin, Suranjan Meethi, Sooranjan
4 Comment(s)
The product has great effects on human health.
The application of the underground rhizome in paste form to "reduce swelling and discomfort" is also a very notable traditional application.
The conversation focused on the personal connection that many of the guests have with the brand, their experiences with Cartier's NSO customization work, and a consideration of how Cartier both shapes and reflects the more macro concepts common to the wider watch industry, be it customer relationships, a focus on heritage, the continued leveraging of vintage-inspired design, and much more.
Our clock, he says, "is not just an evolutionary change in performance – it's a discrete step in technology. It was forty or fifty years ago that the tech [trapped ion atomic clocks] was first invented but so far it's eluded clocks in space. From an atomic physics theoretical standpoint, the question is, how cold can you get the ion – the ultimate goal was always, how do you produce a clock. We chose a particular ion that had very little sensitivity to environmental perturbations."
Leave a Comment