Proteomics

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Investigation of the Dynamical Expression of Nostoc flagelliforme Proteome in Response to Rehydration


ABSTRACT: In this study, LC-MS/MS combined with isobaric chemical labeling technique (iTRAQ) was used to quantify dynamic changes of proteins in N. flagelliforme during the rehydration processes. Approximately 113 proteins were identified to be differentially expressed in photosynthesis, defense response, biosynthesis, antioxidant system, and energy and carbohydrate metabolism. Among them, protective proteins including high light inducible proteins, and antioxidases showed a down regulation trend during the rehydration process, while proteins involved in photosynthesis, biosynthesis and signaling pathways and regulation of gene expression tends to be up-regulated. These results shed light on possible model for the N.flagelliforme response to hydration.

ORGANISM(S): Nostoc Flagelliforme Str. Sunitezuoqi

SUBMITTER: Cuihong Wan  

PROVIDER: PXD010464 | iProX | Thu Nov 28 00:00:00 GMT 2019

REPOSITORIES: iProX

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Investigation of the dynamical expression of Nostoc flagelliforme proteome in response to rehydration.

Wang Bing B   Yang Lin L   Zhang Yaqi Y   Chen Shenglan S   Gao Xiang X   Wan Cuihong C  

Journal of proteomics 20180904


To adapt to xeric environments, microorganisms have evolved with the capability of the superior desiccation tolerance and rapid resuscitation after rehydration. Nostoc flagelliforme, a representative terrestrial cyanobacterium that is distributed in west and west-northern parts of China, serves as an ideal model for gaining insight in the physiological recovery mechanism. In this study, LC-MS/MS combined with isobaric chemical labeling technique (iTRAQ) was used to quantify dynamic changes of pr  ...[more]

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