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  2. Identification and polymorphism analysis of P. vivax RBP-1 peptides which bind specifically to reticulocytes.

Identification and polymorphism analysis of P. vivax RBP-1 peptides which bind specifically to reticulocytes. Artículos académico

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Resumen

  • Plasmodium vivax merozoite preferentially invades reticulocytes probably using PvRBP-1 as ligand. One hundred and ninety-five, 15-mer peptides has been synthesised from PvRBP-1 sequence; tested in reticulocyte- or erythrocyte-binding assays. Twenty-five peptides (K(d)=76-380 nM) specifically defined four reticulocyte-binding regions. It has been reported that a highly conserved Region-I recombinant fragment binds specifically to reticulocytes. HABP-critical residues for reticulocyte-binding were highly conserved in 20 Colombian P. vivax clinical isolates, suggesting an important biological function. There were six overlapping reticulocyte-binding sites for these peptides according to enzyme sensitivity and mutual competition-binding assays; located on 26- and 41-kDa reticulocyte membrane surface proteins.

autores

  • http://research-hub.urosario.edu.co/ontology/vlocal#ExcludedPerson
    Manuel Alfonso Patarroyo
  • http://research-hub.urosario.edu.co/ontology/vlocal#ExcludedPerson
    Marisol Ocampo Cifuentes
  • http://research-hub.urosario.edu.co/ontology/vlocal#ExcludedPerson
    Mauricio Urquiza
  • http://research-hub.urosario.edu.co/ontology/vlocal#ExcludedPerson
    Viviana Marin-Esteban

Publicado en

  • Peptides Revistas

fecha de publicación

  • enero 2003

Información adicional de documento

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