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What Storing Cap is ?. Innovation in packaging. Vital Amines. VITAMINS. The History … - 1 . Vitamin A : Retinoids & Carotenoids Vitamin B : initially considered only one vitamin, later recognized to be a group Vitamin C : Ascorbic acid
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WhatStoring Cap is? Innovation in packaging
Vital Amines VITAMINS
The History… - 1 • Vitamin A: Retinoids &Carotenoids • Vitamin B: initially considered only one vitamin, later recognized to be a group • VitaminC: Ascorbicacid • VitaminD: initially considered only one vitamin, later recognized to be a group pfliposolublepro-hormones • VitaminE: Tocoferols • VitaminF: FattyAcids(Omega-3ed Omega-6)
The History… - 2 • Vitamin G: Riboflavineor Vitamin B2 (Belonging to B Group) • VitaminH: Biotinor Vitamin B8 • VitaminI:Inositole or VitaminB7 • VitaminJ: Choline • VitaminK:Complexgroup (K from DeutchKoagulation) • VitaminL: AntranilicAcid(Triptophanemetabolyte) • VitaminM: FolicAcid or Vitamin B9 or VitaminBc
The History… - 3 • Vitamin N: Alfa Lipoic Acid -ALA- (or Tiottic acid) • VitaminP: Bioflavonoides • VitaminPP: Niacinor Vitamin B3 , acronyme of Pellagra Preventive • VitaminQ:Ubiquinoneor Coenzyme Q-10 • Vitamin R: para-amino benzoic acid (PABA), or Vitamin B10 • VitaminS: pteroil-eptaglutamic acidor Vitamin B11
The History… - 4 • VitaminT: Tocotrienoli • VitaminU: Methylmethionineo S-methyl-L-methionine • Vitamin V: not clearly identified. • VitaminW: Pantothenicacid or Vitamin B5 • VitaminX: notused • VitaminY:Piridoxin • VitaminZ:Zinc
The functions… - 1 • Hormone-like: • regulators of mineral metabolism (Vitamin D) • regulators of cell and tissue growth and differentiation (some forms of Vitamin A) • Antioxidants(Vitamin Eand sometimes Vitamin C)
The functions… - 2 • Cofactors: as catalysts in metabolism • (B complex vitamins) • Enzymes:as part of prostetic group: (Biotin is part of enzymes involved in making fatty acids) • Coenzymes: detachable molecules that function to carry chemical groups or electrons between molecules. (folic acid carries various forms of carbon group – methil, formyl, and methylene – in the cell