Abstract:
:There is increasing evidence that secretory fluids such as tears, saliva and milk play an important role in protecting the human body from infection via a washing mechanism involving glycan-mediated adhesion of potential pathogens to secretory glycoproteins. Interaction of sweat with bacteria is well established as the cause of sweat-associated malodor. However, the role of sweat glycoproteins in microbial attachment has received little, if any, research interest in the past. In this review, we demonstrate how recent published studies involving high-throughput proteomic analysis have inadvertently, and fortuitously, exposed an abundance of glycoproteins in sweat, many of which have also been identified in other secretory fluids. We bring together research demonstrating microbial adhesion to these secretory glycoproteins in tears, saliva and milk and suggest a similar role of the sweat glycoproteins in mediating microbial attachment to sweat and/or skin. The contribution of glycan-mediated microbial adhesion to sweat glycoproteins, and the associated impact on sweat derived malodor and pathogenic skin infections are unchartered new research areas that we are beginning to explore.
journal_name
Glycobiologyjournal_title
Glycobiologyauthors
Peterson RA,Gueniche A,Adam de Beaumais S,Breton L,Dalko-Csiba M,Packer NHdoi
10.1093/glycob/cwv102subject
Has Abstractpub_date
2016-03-01 00:00:00pages
218-29issue
3eissn
0959-6658issn
1460-2423pii
cwv102journal_volume
26pub_type
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