The form, shape and occurrence of calcium oxalate crystals in plants are species- and tissue-specific, hence the presence or absence of a particular type of crystal can be used as a taxonomic character. So far, four different types of needle-like raphide crystals have been reported in plants...
Horner HT, Zindler-Frank E (1982 b) Histochemical, spectroscopic, and X-ray diffraction identifications of the two hydration forms of calcium oxalate crystals in three legumes and Begonia. Can J Bot 60: 1021-1027Horner HT, Zindler-Frank E. 1982. Histochemical, spectroscopic, and X-ray ...
By “pharmaceutically acceptable form” is meant any pharmaceutically acceptable form, including, solvates, hydrates, isomorphs, polymorphs, co-crystals, pseudomorphs, neutral forms, acid addition salt forms, and prodrugs. The pharmaceutically acceptable acid addition salts of tofacitinib are prepared in ...
The most common type of kidney stone, or renal stone, is idiopathic in origin and generally calcareous. In contrast to the normal biomineralization of bones and teeth, the calcium oxalate biomineralization which is believed to cause renal stones contributes significantly to the cost of health care ...
To check the effect of different therapies on stone formation in animals two models were used: sterile foreign body implantation into the urinary bladder. production of intrarenal calcium oxalate crystals by means of ethylene glycol and sodium glyoxylate intoxication....
It is suggested that some of the cobalt may be immobilized with calcium in oxalate crystals.doi:10.1016/S0031-9422(00)84165-5Richard S. Morrison aRobert R. Brooks aRoger D. Reeves aFranois Malaisse bPaul Horowitz bMichael Aronson c
The hydrate formation is of great importance in the pharmaceutical industry, considering the ubiquity of water vapor, because hydrates are frequently more stable [5]. Thus, the presence of solvates and hydrates influences the physicochemical properties of the crystals. ...
Other authors have found that dry combustion followed by P extraction in 0.5 M H2SO4 slightly underestimated Pt, which was attributed to incomplete oxidation of organic matter, volatilization of P, and formation of insoluble P crystals during dry combustion at 550 °C [64,65]. Inorganic P (...