Iron Gluconate

Caldum gluconate is one of the relatively few soluble caldum salts and is used in the pharmaceutical industry as a source of caldum for patients with caldum defidency. Many drugs are supplied as the gluconate derivatives. Other gluconates such as iron gluconate can be used, in this case to treat iron defidency. 

Iron-gluconate complexes are sufficiently stable not to cause iron toxicity (in contrast to Fe aq, Fe aq, and complexes of low stability) and are safe and effective in hemodialysis. " There is information on iron transfer between gluconate and transferrin. Dithionite releases Fe + from gluconate. ... 

SYNS FERGON FERGON PREPARATIONS FERLUCON FERRONICUM GLUCO-FERRUM IROMIN IRON GLUCON. TE IROX (GADOR) NIONATE RAY-GLUCIRON... 

Kosch M, Bahner U, Bettger H, et al. A randomized, controlled parallel- 68. group trial on efficacy and safety of iron sucrose vs iron gluconate in hemodialysis patients treated with rHu Epo. Nephrol Dial Transplant 69. 2001 16 1239-1244. 

IRON GLUCONATE IROX (GADOR) NIONATE RAY-GLUCIRON... 

Morin, G. (2007) Iron Gluconate, http //www.thekrib.com/plants/fertilizer/gluconate, accessed May 25, 2007. 

Synonyms Bis (D-gluconato-0 0 )-iron Iron gluconate Iron (II) gluconate Nionate... 

Iron gluconate dihydrate Iron (II) gluconate dihydrate. See Ferrous gluconate dihydrate Iron hemiphosphide. See Di-iron phosphide Iron (III) hexacyanoferrate (4). See Cl 77510 Iron hydrate Iron hydroxide (INCI). See Iron (III) oxide hydrated... 

For the production of black unfermented olives, the ripe fruit is placed 3-5 times in 1-2% NaOH. In between the fruit is washed and well aired to ensure that the flesh is uniformly dyed black by intensive phenol oxidation. Iron gluconate is added to the last wash water to stabilize the color. The olives are then packed in a 3% NaCl solution and sterilized. The product has a pH value of 5.8-7.9 and contains 1-3% of common salt. 

The results demonstrate that precursors, which do not easily crystallize, such as ammonium iron EDTA, ammonium iron citrate, and iron gluconate provide the best results. During drying, crystallization does not proceed readily the precursor can fairly completely cover the surface of the carrier with an amorphous layer. During calcination highly dispersed iron(III) oxide results. When the precursor crystallizes to small crystallites, micropores are generated that withdraw the solution from the pores of the support With wide-porous supports nucleation of small crystallites can easily lead to an inhomogeneous distribution of the precursor. 

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