Global ETD Search

Iron and Manganese Homeostasis in Marine Bacteria

Green, RobertUniversity of East Anglia2012

… bacteria in the oceans, namely the SAR11 clade (Pelagibacter).

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Bacterial Assemblages And Microbial Enzyme Activity In The Major Tributaries Of The Lower Mississippi River

Millar, Justin2019

… to the dominant marine alphaproteobacteria pelagibacter/sar11 and was found in all rivers. The most abundant bacterial phylum was the cyanobacteria, of which a number of genetically distinct otus were identified as being similar to prochlorococcus. Community structure was related to river …

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Diverse enzyme reactions in phosphonate natural product biosynthesis

Ulrich, Emily C.University of Illinois at Urbana-Champaign2018

… of an MPnS from the abundant marine bacterium Pelagibacter ubique. This discovery further supports MPn as a possible source of the supersaturated methane levels in the aerobic ocean. The tripeptide antibiotic dehydrophos consists of a phosphonate warhead attached to two proteinogenic amino …

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Whispering waves: unveilling the secrets of marine vesicles, from nature to the laboratory

Nekrouf, Nadefa Adda2024

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