“…At the end of the 19th century a turn was caused by the use of the Grignard reaction to the synthesis of different organic silicon preparations. Despite it, Frederic Stanley Kipping is considered as a father of classical chemistry of silicon organic compounds (7,8). This class of compounds was investigated with variable intensity and in close connection with the development of carbon compounds chemistry.…”
An attempt of synthesis of information concerning chosen organosilicon compounds of the group of electrostatically stabilized (ES)-silanates is described. All hypercoordinated organosilicon derivatives show biological activity. This activity is very important for the whole ecosystem. Some of these compounds easily hydrolyze; it causes various difficulties during their isolation from different matrices and while preparing the samples to chromatographic analysis. Hypercoordinated ES-silanates can be determinate by the use of high performance liquid chromatography (HPLC) as well as capillary electrophoresis.
“…At the end of the 19th century a turn was caused by the use of the Grignard reaction to the synthesis of different organic silicon preparations. Despite it, Frederic Stanley Kipping is considered as a father of classical chemistry of silicon organic compounds (7,8). This class of compounds was investigated with variable intensity and in close connection with the development of carbon compounds chemistry.…”
An attempt of synthesis of information concerning chosen organosilicon compounds of the group of electrostatically stabilized (ES)-silanates is described. All hypercoordinated organosilicon derivatives show biological activity. This activity is very important for the whole ecosystem. Some of these compounds easily hydrolyze; it causes various difficulties during their isolation from different matrices and while preparing the samples to chromatographic analysis. Hypercoordinated ES-silanates can be determinate by the use of high performance liquid chromatography (HPLC) as well as capillary electrophoresis.
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