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[[Plasmodium falciparum: Morphology|Go Back]] ...forms, double chromatin dot forms, and multiple parasites within infected red cells are still present.

[[Plasmodium falciparum: Morphology|Go Back]] The earliest stage following red cell invasion has a typical ting form:

[[Plasmodium vivax: Morphology|Go Back]] ..."font-size:80%">'''Late trophozoite''' Note the solid parasite and the red cell begins to show distortion.</span>|link={{filepath:PVLT2.jpg}}

[[Plasmodium falciparum: Morphology|Go Back]] ...t-size:80%">Note that the parasite is very closely in contact with the red cell membrane (''P.falciparum'' late trophozoite form with maurer's dots and cle

[[Plasmodium falciparum: Morphology|Go Back]] ...forms, double chromatin dot forms, and multiple parasites within infected red cells.

(4) The daughter parasites mature and the red cell ruptures to release the “merozoites” </br> (5) The released merozoites very rapidly infect new red cells (so rapid that free merozoites will not usually be seen in blood).

(4) The daughter parasites mature and the red cell ruptures to release the “merozoites” </br> (5) The released merozoites very rapidly infect new red cells (so rapid that free merozoites will not usually be seen in blood).

[[Plasmodium falciparum: Morphology|Go Back]] .... Note that staining at the more alkaline conditions (pH7.4) gives the red cell a pale blue colour when compared to the acidic conditions (pH6.9), with the

[[Plasmodium falciparum: Morphology|Go Back]] ...in the erythrocyte cytoplasm and are the result of modification of the red cell by the parasite. The structures differ from the dots seen in ethrocytes inf

[[Plasmodium falciparum: Morphology|Go Back]] ...rowth. Evetually infected cells at late stages of parasite development red cell may have no visible haemoglobin. As part of that process the parasite must

[[Plasmodium vivax: Morphology|Go Back]] ...ng form, but the later parasite is typically amoeboid with substantial red cell enlargement and irregularlty and cytoplasmic dots.</span>

[[Plasmodium vivax: Morphology|Go Back]] ..."font-size:80%">'''Late trophozoite''' Note the solid parasite and the red cell begins to show distortion.</span>|link={{filepath:PVS3.jpg}}

[[Plasmodium vivax: Morphology|Go Back]] ..."font-size:80%">'''Late trophozoite''' Note the solid parasite and the red cell begins to show distortion.</span>|link={{filepath:PVG2.jpg}}

[[Plasmodium vivax: Morphology|Go Back]] ..."font-size:80%">'''Late trophozoite''' Note the solid parasite and the red cell begins to show distortion.</span>|link={{filepath:PVS3.jpg}}

...lack; background: FFFAFA"|<span style="color:navy>'''Changes to gametocyte morphology in stored blood'''</span> ...process of exflagellation this may be seen as the early emergence (B), red cell swelling and disollution (C) and emergence of the gametes (D).

...lack; background: FFFAFA"|<span style="color:navy>'''Changes to gametocyte morphology in stored blood'''</span> ...process of exflagellation this may be seen as the early emergence (B), red cell swelling and disollution (C) and emergence of the gametes (D).