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Influenza virus infection leads to global proteome remodeling of Streptococcus pneumoniae

ABSTRACT: Our understanding of the synergism between S. pneumoniae and influenza virus remains incomplete. The classic dogma has been that influenza attenuates the host innate immunity and increase the susceptibility to subsequent bacterial infection. Therefore, the majority of current studies have been focusing on the interaction of S. pneumoniae and influenza in the context of host cells. By contrast, in this study, we set out to investigate the response of pneumococcus alone to virus infection. Our hypothesis was that prior to causing any damages to host cells, influenza may have induced (lethal) changes to pneumococcus cell itself. Indeed, a very recent evidence has shown that direct viral treatment to pneumococcus will increase its adhesion to macrophage cells. Here, using quantitative shotgun approach, we attempt to investigate the proteomic alterations of S. pneumoniae by influenza virus challenge, and provide a landscape of interactions between the IAV and pneumococcus.

INSTRUMENT(S): Q Exactive

ORGANISM(S): Streptococcus Pneumoniae Tigr4

SUBMITTER: Yanbao Yu

LAB HEAD: Yanbao Yu

PROVIDER: PXD016122 | Pride | 2022-12-09

REPOSITORIES: Pride

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			Action	DRS
	1DLC030819QE_GJN_SpnFluHost_Pellet_BR1.raw	Raw
	1DLC030819QE_GJN_SpnFluHost_Pellet_BR2.raw	Raw
	1DLC030819QE_GJN_SpnFluHost_Pellet_BR3.raw	Raw
	1DLC030819QE_GJN_SpnFluHost_Sup_BR1.raw	Raw
	1DLC030819QE_GJN_SpnFluHost_Sup_BR2.raw	Raw

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