A Compilation Of Sea Weed Carrageen

Red sea algae and seaweeds, Chondracanthus canaliculatus and Furcellaria fastigiate, are primarily utilized for the extraction and manufacturing of carrageen. Seaweeds belonging to the Rhodophyceae class are the primary source of carrageen, a naturally occurring polysaccharide. It is utilized for complete medication release, food industries, pharmaceuticals, cosmetics, agriculture, and other industries as a potent viscous and jellying agent. Despite its numerous beneficial uses, carrageen still has a number of drawbacks and negative effects on human physiology. For this reason, it is modified to produce more accurate and efficient outcomes by combining its natural and semi-synthetic forms. This information explains the various sources and characteristics of carrageenan, as well as natural polymer-based carrageenan mixtures and ingredients and their uses in CDDS, wound healing (dressing), injuries, and tissue culturing. Their compatibility and degrading qualities allow them to be used in the food industry as gelling and other kinds of agents. utilized as moisturizing and emulsifying agents in the cosmetics industry. While carrageenan is made from "Eucheuma denticulate," κcarrageenan is typically extracted from the algae "Kappaphycus alvarezii." Carrageenan is derived from a variety of seaweeds, including Chondrus crispus and Gigartina radula. The majority of nations in Asia and the surrounding regions extract carrageen from weeds and algae, such as K. alvarezii, and other plants, such as spinosum and sacol. Given that it makes up half of their dry mass, carrageen is crucial to sea weeds. Carrageen's results primarily depend on a number of variables, including harvesting techniques, extraction times, distribution, and handling extraction techniques used, such as fungal treatment, cellulase-assisted extraction, and conventional boiling. The enzymes utilized in the extraction process are safe, affordable, and environmentally friendly. Similar to extraction, the cellulase-assisted method produces the highest yield (45%), followed by the conventional boiling method (37.5%) and the fungal treatment method (25%). The highest yield- generating techniques are often cellulase-assisted and traditional boiling; in some parts of the world, they may be substitutes for one another.(Gigartina radula, carrageen, rhodophyceae, and polysscharide suspension agents).