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The advantages and Disadvantages of Synthesizing of Arylarsonic Acids The advantages and Disadvantages of Synthesizing f Arylarsonic Acids The advantages and Disadvantages of Synthesizing
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| Author:
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FARID YAMBYSHEV
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| Abstract:
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In recent years, an interest in research in the field of arsenicorganic compounds has increased in connection
with the development of anticarcinogenic drugs. In this regard, research in the field of the synthesis of arsenic
derivatives is of great theoretical and practical interest.
the periodic system created by D. I. Mendeleev, is a biofunctional element. Unlike phosphorus and nitrogen,
arsenic has more pronounced toxic properties. Inorganic compounds
derivatives, for example, halides, oxides, sulfides and other compounds, are highly toxic. Along with this, there
are low-toxic substances among the organic derivatives of pentavalent arsenic. Some of them, posses
certain therapeutic properties, are used in medicine, some substances are used in the agro
various industries.
In recent years, an interest in research in the field of arsenicorganic compounds has increased in connection
with the development of anticarcinogenic drugs. In this regard, research in the field of the synthesis of arsenic
cal and practical interest. Arsenic, like its counterparts from the fifth group of
the periodic system created by D. I. Mendeleev, is a biofunctional element. Unlike phosphorus and nitrogen,
arsenic has more pronounced toxic properties. Inorganic compounds of trivalent arsenic, arsine AsH
derivatives, for example, halides, oxides, sulfides and other compounds, are highly toxic. Along with this, there
toxic substances among the organic derivatives of pentavalent arsenic. Some of them, posses
certain therapeutic properties, are used in medicine, some substances are used in the agro-industrial sector, in
In recent years, an interest in research in the field of arsenicorganic compounds has increased in connection
with the development of anticarcinogenic drugs. In this regard, research in the field of the synthesis of arsenic
Arsenic, like its counterparts from the fifth group of
the periodic system created by D. I. Mendeleev, is a biofunctional element. Unlike phosphorus and nitrogen,
of trivalent arsenic, arsine AsH3 and its
derivatives, for example, halides, oxides, sulfides and other compounds, are highly toxic. Along with this, there
toxic substances among the organic derivatives of pentavalent arsenic. Some of them, possessing
industrial sector, in
This article provides a brief overview of methods for the synthesis of arylarsonic acids containing a specific set
of substituents in the benzene ring. The advantages and disadvantages of the synthesis methods described in
the literature are analyzed. The most practical version of the synthesis of these acids has been proposed,
which has been improved and recommended for
This article provides a brief overview of methods for the synthesis of arylarsonic acids containing a specific set
substituents in the benzene ring. The advantages and disadvantages of the synthesis methods described in
This article provides a brief overview of methods for the synthesis of arylarsonic acids containing a specific set
substituents in the benzene ring. The advantages and disadvantages of the synthesis methods described in
the literature are analyzed. The most practical version of the synthesis of these acids has been proposed,
which has been improved and recommended for use
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| Keyword:
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arsenic derivatives, phenylarsonic acid, arylarsonic acid, diazotization, arsening. INTRODUCTION The study of arylarsonic acids is important due to the fact that they are used to synthesize a wide range of arsenic-organic compounds, including primary, secondary arsine chlorides, tertiary asymmetric arsines and their derivatives, which have useful properties in terms of their biological and fungicidal activity. METHODS arsenic derivatives, phenylarsonic acid, arylarsonic acid, diazotization, arsening.
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| EOI:
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| DOI:
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https://doi.org/10.31838/ijpr/2020.12.01.154
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| Download:
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