Analysis 0f Chloroquine Phosphate by
Derivative UV -Spectrophotometry
Analysis 0f Chloroquine Phosphate by
Derivative UV -Spectrophotometry
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Date
2015-04-01
Authors
Abdel Alla,Siham Abdoun Mohammed
Journal Title
Journal ISSN
Volume Title
Publisher
University of Khartoum
Abstract
Malaria is one of the most seriousprotozoal infectious diseases in
man. It is caused infection by the four species of Plasmodium. P.
falciprumcauses falciprum (malignant tertian or sub tertian) malaria
which is the most serious form and can be fatal in non immune
individuals if not treated promptly.P. vivaxcauses vivax (benign
tertian) malaria which is widespread but rarely fatal, although
symptoms during the primary attack can be severe.P. malaria
causes quartan malaria which is generally mild but causes fatal
nephrosis. P. ovale causes ovale (ovale tertian ) malaria which is the
least common type, and produces clinical features similar to P. vivax
(James et al, 1989)
Description
236 Pages
Keywords
Malaria;Chemotherapy;Toxicity;Geometric Correlation Method;Calibration curve;HPLC;Discussion;Chloroquine Phosphate,Derivative UV -Spectrophotometry