Properties of the new Kenyan rosetting lines.

<p>A) IgM binding by KE10R+ infected erythrocytes detected by flow cytometry. Forward and side scatter were used to gate on erythrocytes and exclude debris (left panel) and PfEMP1-expressing infected erythrocytes were detected by staining with 20μg/ml of polyclonal rabbit IgG against NTS-DBLα...

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Bibliographic Details
Main Author:	Florence E. McLean (20553214) (author)
Other Authors:	Brian R. Omondi (10077082) (author), Nouhoum Diallo (3134631) (author), Stanley Otoboh (20553217) (author), Carolyne Kifude (170297) (author), Abdirahman I. Abdi (7477841) (author), Rivka Lim (9010286) (author), Thomas D. Otto (7847135) (author), Ashfaq Ghumra (170275) (author), J. Alexandra Rowe (16641657) (author)
Published:	2025
Subjects:	Microbiology Cell Biology Genetics Cancer Infectious Diseases Plant Biology Virology Computational Biology Physical Sciences not elsewhere classified variant surface antigens thirteen recent culture terminal domains known parasite immune evasion making functional sense genomic data relies pfemp1 sequences encoding mediating pfemp1 variants like pfemp1 binds high rosette frequency plasmodium falciparum </ predicted dc11 type infer binding phenotype associated rosetting phenotype pfemp1 type falciparum </ previously associated pfemp1 types pfemp1 repertoires rosette selection rosette disruption eight rosette vitro </ var </ p </ three dc11 rosetting mechanisms one showing mediates binding malaria pathology key role kenyan lines increased availability human cells form rosettes first analysed dual rosetting also showed
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Properties of the new Kenyan rosetting lines.

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