Project description:To obtain further insights into the role of bacterial activity in BAC filter performance, the expressed proteins of the bacterial community residing in the BAC filter were identified by a metaproteomic approach.
Project description:Investigation of microbial community structure associated with biological activated carbon (BAC) and BAC filtered water in the direction of depth
Project description:Investigation of microbial community structure associated with biological activated carbon (BAC) and BAC filtered water in the direction of depth
Project description:Investigation of microbial community structure associated with biological activated carbon (BAC) and BAC filtered water in the direction of depth in different plants
Project description:Investigation of microbial community structure associated with biological activated carbon (BAC) and BAC filtered water in the direction of depth in different plants
Project description:Investigation of eukaryotic community structure associated with biological activated carbon (BAC) in the direction of depth and BAC filtered water in different plants
Project description:Investigation of eukaryotic community structure associated with biological activated carbon (BAC) in the direction of depth and BAC filtered water in different plants