Inorganic Pharmaceutical Chemistry: Applications and Importance
Study of all elements and their compounds except
CARBON and its compounds.
Non living matter and minerals found on earth
The distinction between the organic and inorganic are
not absolute ,but there is much overlap.
It has many applications in every aspect of pharmacy
including catalysis in drug synthesis, pigments,
surfactants and agriculture
BRANCHES
COORDINATION CHEMISTRY
BIOINORGANIC
ORGANOMETALLIC COMPOUNDS
SYNTHETIC INORGANIC CHEMISTRY.
INORGANIC COMPOUNDS
Berzelius, the 19
th
century chemist , described
inorganic compounds are inanimate.
The first important synthetic inorganic compound was
ammonium nitrate for soil fertilization.
These are synthesized for use as drugs such as
cisplatin, magnesium hydroxide etc.
Some of the compounds are used as catalysts and
reagents in organic chemistry. Ex: lithium aluminium
hydride.
Sources of inorganic compounds :
Derived from either organic or inorganic sources .
Many drugs are from plant and synthetic sources.
Definition :
Study of pharmaceutical applications of the inorganic
compounds led to the establishment of a new avenue
called pharmaceutical inorganic chemistry.
It deals with the study of preparation, standards of
purity, limit test for determining quality ,purity and
storage conditions of all inorganic compounds.
Importance of inorganic pharmaceuticals :
Inorganic pharmaceuticals are useful in the following
ways :
Useful medicinally for their therapeutic purpose . Ex:
Astringents and antimicrobials etc.
Pharmaceutical aids. Ex: Bentonite , talc etc.
Replenishing the normal content of body fluids. Ex-
Sodium, potassium, calcium, chloride etc.
Used in pharmaceutical analysis . Ex – Titrants such as
potassium permanganate etc.
Applications in pharmacy as follows :
Abrasives – Dibasic calcium phosphate .
Absorbents – Calcium carbonate .
Acidifiers – dil. Hydrochloric acid .
Adsorbents – Bismuth subnitrate .
Alkalizers - Sodium citrate .
Anaesthetics – Nitrous oxide .
Analgesic – Nitrous oxide .
Antacids – Caco3 .
Anthelmintics – Ammoniated mercury.
Inorganic pharmaceutical chemistry explores the study of elements and compounds excluding carbon, with diverse applications in pharmacy. It encompasses the synthesis and use of inorganic compounds in drug development, catalysis, pigments, and agriculture. The field also delves into the medicinal value of inorganic pharmaceuticals, including their role as astringents, antimicrobials, pharmaceutical aids, and in maintaining body fluid balance. Additionally, it examines the preparation, quality standards, and storage conditions of inorganic compounds for pharmaceutical use.
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Presentation Transcript
Study of all elements and their compounds except CARBON and its compounds. Non living matter and minerals found on earth The distinction between the organic and inorganic are not absolute ,but there is much overlap. It has many applications in every aspect of pharmacy including catalysis in drug synthesis, pigments, surfactants and agriculture
BRANCHES COORDINATION CHEMISTRY BIOINORGANIC ORGANOMETALLIC COMPOUNDS SYNTHETIC INORGANIC CHEMISTRY.
INORGANIC COMPOUNDS Berzelius, the 19thcentury chemist , described inorganic compounds are inanimate. The first important synthetic inorganic compound was ammonium nitrate for soil fertilization. These are synthesized for use as drugs such as cisplatin, magnesium hydroxide etc. Some of the compounds are used as catalysts and reagents in organic chemistry. Ex: lithium aluminium hydride.
Sources of inorganic compounds : Derived from either organic or inorganic sources . Many drugs are from plant and synthetic sources. Definition : Study of pharmaceutical applications of the inorganic compounds led to the establishment of a new avenue called pharmaceutical inorganic chemistry. It deals with the study of preparation, standards of purity, limit test for determining quality ,purity and storage conditions of all inorganic compounds.
Importance of inorganic pharmaceuticals : Inorganic pharmaceuticals are useful in the following ways : Useful medicinally for their therapeutic purpose . Ex: Astringents and antimicrobials etc. Pharmaceutical aids. Ex: Bentonite , talc etc. Replenishing the normal content of body fluids. Ex- Sodium, potassium, calcium, chloride etc. Used in pharmaceutical analysis . Ex Titrants such as potassium permanganate etc.
Applications in pharmacy as follows : Abrasives Dibasic calcium phosphate . Absorbents Calcium carbonate . Acidifiers dil. Hydrochloric acid . Adsorbents Bismuth subnitrate . Alkalizers - Sodium citrate . Anaesthetics Nitrous oxide . Analgesic Nitrous oxide . Antacids Caco3 . Anthelmintics Ammoniated mercury.
