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Characterization of plasma menbrane polypeptides of trypanosoma from bats

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Cell surface proteins of Trypanosoma dionisii, Trypanosoma vespertilionis and Trypanosoma sp. (M238) were radiodinated and their distribution both in the detergent-poor (DPP) and dertergent-enriched phase (DRP) was studied using a phase separation technique in Triton X-114 as well as polyacrylamide gel electrophoresis in sodium dodecyl sulphate (SDS-PAGE). Significant differences were observed in the proteins present in the DRP when the three species of trypanosoma were compared. Two major bands with 88 and 70 KDa were observed in T. sp. (M238) but were not detectable in T. dionisii and T. vespertilionis. Three polypeptides whith 96, 77 and 60 KDa were identified in the DRP of T. vespertilionis. Three major bands with 84, 72 and 60 KDa were observed in the DRP of T. dionisii. Two polypeptides with 34-36 KDa present in the DPP, were observed in the three Trypanosome species analyzed. Our observations show that T. sp. (M238) has characteristic surface polypeptides not found in T. vespertilionis.
Title: Characterization of plasma menbrane polypeptides of trypanosoma from bats
Description:
Cell surface proteins of Trypanosoma dionisii, Trypanosoma vespertilionis and Trypanosoma sp.
(M238) were radiodinated and their distribution both in the detergent-poor (DPP) and dertergent-enriched phase (DRP) was studied using a phase separation technique in Triton X-114 as well as polyacrylamide gel electrophoresis in sodium dodecyl sulphate (SDS-PAGE).
Significant differences were observed in the proteins present in the DRP when the three species of trypanosoma were compared.
Two major bands with 88 and 70 KDa were observed in T.
sp.
(M238) but were not detectable in T.
dionisii and T.
vespertilionis.
Three polypeptides whith 96, 77 and 60 KDa were identified in the DRP of T.
vespertilionis.
Three major bands with 84, 72 and 60 KDa were observed in the DRP of T.
dionisii.
Two polypeptides with 34-36 KDa present in the DPP, were observed in the three Trypanosome species analyzed.
Our observations show that T.
sp.
(M238) has characteristic surface polypeptides not found in T.
vespertilionis.

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