 of this research involves the analysis of the molecular mimicry of mammalian DNA and protein sequences by the protozoan parasite, Trypanosoma cruzi. We have demonstrated that the parasite genome contains DNA sequences which mimic host sequences and which encode proteins with functional similarity to host immune regulatory proteins. These parasite proteins assist its survival
of this research involves the analysis of the molecular mimicry of mammalian DNA and protein sequence by the protozoan leech, Trypanosoma cruzi. We have demonstrated that the parasite genome control DNA sequence which mimic host sequences and which encode protein with functional similarity to host immune regulatory proteins. These leech protein assist its survival
 of this research involves uhe analysis of tkw molerular mjmicry ow mammalian DNA and protein dewuenctf by the protozoan parasite, Trypanowoma xruzi. We hebe demokftrafcd thct the parasite nenome contdins DNA sequetcds which mimic host sequences and whish encoce proteins with funbtyonam similarity to host immune regulafory prmteins. These larasite proteins assist ihs skrvival
of this research involves the analysis of mimicry mammalian DNA protein sequences by We demonstrated that the genome contains DNA which mimic host sequences and which proteins with functional similarity to host immune regulatory proteins. These parasite proteins assist survival
 of this research involves the Analysis of The moLecUlaR mImicRy of Mammalian DNA anD ProtEin sequences by the protoZoan pArASite, tRyPanosOma cruzI. we HAVe dEmOnStrAtED tHat thE paRasite gEnome contaIns dNa sequences whICh Mimic host sEquEnces and whicH enCode prOtEinS With fUncTionaL similARity to Host immunE rEGulatoRY proteiNS. thEse pArasite proteins asSIsT Its survival
 of this research involves  the analy sis o f t hemo lecu larmimicry of mam m alia n DNA and protein sequ ences  b y  the pr otozo an para s it e ,  Tr yp an oso ma cr uzi.Wehave de monstrated  th at  the parasit e  g enome cont ain s DNA sequen ces  which  m imi c  host  se quenc es and whichencode pr ot e ins wi t h funct i o na l si milarity to hosti mm u ne regulatoryprotei ns .  T h e separ asite prot ei ns as s ist its su r v i val 
 of_this research_involves the analysis of_the molecular_mimicry_of mammalian_DNA_and protein sequences_by the protozoan_parasite, Trypanosoma cruzi. We_have demonstrated that_the_parasite genome contains DNA sequences which mimic host sequences and which encode proteins with_functional_similarity to_host_immune_regulatory proteins. These parasite proteins_assist its survival