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Trypanosoma cruzi Peptidases: An Overview
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Peptidases are a group of enzymes which have a catalytic function that is to hydrolyze peptide bonds of proteins.
The enzymes that hydrolyze peptide bonds at the amino- or carboxy- terminus are classified as exopeptidases, and
those that cleave peptide bonds inside the polypeptide are endopeptidases. Endopeptidases, such as cysteine-, metalo-, serine-
and threonine peptidases as well as some exopeptidases, have been characterized in Trypanosoma cruzi. Understanding
the pathogenesis of T. cruzi requires the identification of functional properties of those peptidases, as they are implied
in virulence, are important for host-parasite interactions and are critical for successful survival in their hosts. Here we
examine the main T. cruzi peptidases, focusing on their biological roles, especially concerning the parasite-mammalian
host relations.
Bentham Science Publishers Ltd.
Alane Beatriz Vermelho
Ana Cristina Nogueira de Melo
Rosangela Araújo Soares
Daniela Sales Alviano
Edilma Paraguai Souza
Thaïs Souto-Padrón
Giseli Capaci Rodrigues
Alcino Palermo de Aguiar
Mirian Claudia Pereira
Antonio Ferreira-Pereira
Maria Socorro S. Rosa
Maria Nazareth Leal Meirelles
Celuta Sales Alviano
Title: Trypanosoma cruzi Peptidases: An Overview
Description:
Peptidases are a group of enzymes which have a catalytic function that is to hydrolyze peptide bonds of proteins.
The enzymes that hydrolyze peptide bonds at the amino- or carboxy- terminus are classified as exopeptidases, and
those that cleave peptide bonds inside the polypeptide are endopeptidases.
Endopeptidases, such as cysteine-, metalo-, serine-
and threonine peptidases as well as some exopeptidases, have been characterized in Trypanosoma cruzi.
Understanding
the pathogenesis of T.
cruzi requires the identification of functional properties of those peptidases, as they are implied
in virulence, are important for host-parasite interactions and are critical for successful survival in their hosts.
Here we
examine the main T.
cruzi peptidases, focusing on their biological roles, especially concerning the parasite-mammalian
host relations.
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