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The ability of laminaria, along with other brown algae, to absorb heavy metals is a current area of interest regarding their use to remove heavy metals from wastewater. [18] Laminaria has been shown by recent research to have a favorable mannuronic/guluronic acid residues ratio (M/G ratio) for heavy metal absorption in its alginate.
Laminaria hyperborea is a massive, leathery seaweed, up to 360 cm long. [3] The holdfast is large and cone-shaped, with branched rhizoids, looking rather like a bird's foot. The stipe is circular in cross section, rough, thick at the base and tapering upwards. Older stipes are often covered with epiphytic red algae. The laminate blade is deeply ...
Laminaria digitata is found mostly on exposed sites on shores in the lower littoral where it may form extensive meadows and can be the dominant algal species. It has a fairly high intrinsic growth rate compared to other algae, 5.5% per day, and a carrying capacity of about 40 kg wet weight per square meter. It may reach lengths of about 4 m.
Laminaria agardhii has many uses, ranging from traditional medicine to nutritional intake. Laminaria is high in iodine, a nutrient crucial for proper thyroid function. In addition to promoting thyroid health, members of the family Laminariaceae can be used to induce and aid in labor. Pieces of laminaria can be put in the cervix and water added.
Fucoidan is a long chain sulfated polysaccharide found in various species of brown algae.Commercially available fucoidan is commonly extracted from the seaweed species Fucus vesiculosus (), Cladosiphon okamuranus, Laminaria japonica (kombu, sugar kelp) and Undaria pinnatifida ().
Kombu is a loanword from Japanese.. In Old Japanese, edible seaweed was generically called "me" (cf. wakame, arame) and kanji such as "軍布", [3] 海藻 [4] or "和布" [5] were applied to transcribe the word.