Babesia Species

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Laboratory diagnosis of babesiosis Babesia species Basic guidelines A. Capillary blood should be obtained by fingerstick, or venous blood should be obtained by venipuncture. B. Blood smears, at least two thick and two thin, should be prepared as soon as possible after col- lection. Delay in preparation of the smears can result in changes in parasite morphology and staining characteristics. In Babesia infections, infected red blood cells (rbcs) are normal in size. Typically rings are seen, and they may be vacuolated, pleomorphic or pyriform. Extracellular or tetrad-forms may also be present. Unlike Plasmodium spp., Babesia organisms lack pigment. Rings Rings of Babesia spp. have delicate cytoplasm and are often pleomorphic. Infected rbcs are not enlarged; multiple infection of rbcs can be common. Rings are usually vacuolated and do not produce pigment. Oc- casional classic tetrad-forms (Maltese Cross) or extracellular rings can be present. Rings of Babesia sp. in thick blood smears. Thin, delicate rings of Babesia sp. in a Babesia sp. in a thin blood smear, Thin blood smear showing a cluster of thin blood smear. showing pleomorphic rings and multiply- extracellular rings. infected rbcs. Laboratory diagnosis of babesiosis Babesia species Babesia microti in a thin blood smear. Note Babesia microti in thin blood smears. Notice the vacuolated and pleomorphic rings and multi- the classic “Maltese Cross” tetrad-form in ply-infected rbcs. Notice also there is no pigment present in any of the parasites. the infected rbc in the lower part of the image. Babesia sp. in a thin blood smear stained with Giemsa, showing pleomorphic rings and Babesia sp. in a thin blood smear. Notice tetrad forms. the pyriform rings. Babesia sp. in a thin blood smear. Babesia sp. in a thin blood smear, Babesia duncani (formerly WA1) in a Notice two extracellular forms. showing pleomorphic and pyriform thin blood smear. Notice the tetrad- rings and multiply-infected rbcs. form. .

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