Storage changes in malaria: Difference between revisions
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(Created page with "<span style="color:navy>'''Description'''</span> The male and female gametocytes of the malarial parasite may continue to mature in stored blood, in particular the pH change and temperature change may resemble changes normally encountered in the mosquito stomach, where the male gametocyte releases the microgametes as part of sexual replication. This process can be detected in some stored cases. ---- Early trophozoites: <gallery mode="nolines" widths="220px" heights...") |
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Revision as of 16:36, 27 April 2024
Description
The male and female gametocytes of the malarial parasite may continue to mature in stored blood, in particular the pH change and temperature change may resemble changes normally encountered in the mosquito stomach, where the male gametocyte releases the microgametes as part of sexual replication. This process can be detected in some stored cases.
Early trophozoites:
- MSi1.jpg
small or normal P.malariae (round)
- MSi3.jpg
normal sized P.falciparum (round)
- MSi5.jpg
Normal or enlarged P.ovale (may become ovoid)
- MSi7.jpg
generally enlarged P.vivax (may become irregular)
- Msi2.jpg
A
- .jpg
B
- MSi6.jpg
C
- .jpg
D
Images of red cell size of late trophozoites small P.malariae (A), unchanged P.falciparum (B), enlarged and elongated P.ovale (C), enlarged and irregular P.vivax (D)
Species significance
This is an artefact appearance that can confirm a malarial infection but should not be used to infer a species