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The book entitled “Biodiversity of Marine Microbes” aims at highlighting the significance of marine microbes as primary producers, their contribution in complex ecological processes and their roles in biogeochemical cycles and ecosystem functioning. The book includes five research papers covering the diversity and composition of marine microbial communities representing all three domains of life in various marine environments, including coastal eutrophic areas, ice waters, and lagoons. One paper examines the diversity and succession of bacterial and archaeal communities from coastal waters in mesocosm experiments. The combination of classical tools with novel technological advances implemented in the methods of the papers offered an opportunity to answer fundamental questions and shed light on the complex and diverse life of marine microbes.

Environmental science, engineering & technology --- nutrients --- HABs --- mucilaginous aggregates --- Noctiluca scintillans --- Dinophysis --- Mesodinium rubrum --- microbial food web --- bacteria --- nanoflagellates --- ciliates --- Taiwan Strait --- bacterial and archaea diversity --- light --- climate change --- phytoplankton blooms --- 454-pyrosequencing --- brackish --- dinoflagellates --- diatoms --- cyanobacteria --- transitional water bodies --- White Sea --- under-ice water --- picoeukaryotes --- Micromonas --- Mantoniella --- high-throughput sequencing --- metagenomics --- 18S rDNA --- algae --- prokaryotes --- microeukaryotes --- coastal eutrophic systems --- blooms

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Myxobacteria are fascinating and important prokaryotes. They have large genomes and exhibit a wide range of interesting behaviors, including multicellular fruiting body formation, social interaction, predation, and secondary metabolite production. Substantial progress is being made in understanding their ecological roles and the evolutionary forces that have shaped their phenotypes and behaviors. Novel species of myxobacteria are regularly described, often producing unusual metabolites and enzymes which can be of significant biotechnological interest. Molecular studies, ranging in subject from individual enzymes to entire ‘omes, continue to provide rich insights into myxobacterial biology. This collected volume brings together five research articles and three reviews, to provide a snapshot of current myxobacterial research in all its diversity.

carotenoids --- comparative genomics --- development --- fruiting body formation --- one-component systems --- quorum signalling --- two-component systems --- myxobacteria --- Myxococcales --- germination --- bacterial cell wall --- sporulation --- morphology --- photoreceptor --- photosensitizer --- photoregulation --- singlet oxygen --- plasmalogens --- CarF --- vitamin B12 --- CarH --- ECF-sigma --- CarD-CdnL --- microbial food web --- trophic interactions --- predator–prey interactions --- mesopredator --- social bacteria --- nematodes --- experimental community --- behavior --- Myxococcus sp. --- Corallococcus sp. --- Melittangium sp. --- Archangium sp. --- biosynthetic gene clusters --- Myxococcus xanthus --- phase contrast microscopy --- fluorescence microscopy --- aggregation --- rippling --- deep learning --- generative adversarial network --- pretator-prey coevolution --- antagonism --- mucoidy --- predatory bacteria --- bacterial predation --- prey diversity --- negative frequency dependence --- experimental evolution --- MyxoEE-6 --- functional genomics --- genome evolution --- genome organisation --- pan-genome --- proteomics --- taxonomy --- transcriptomics --- n/a --- predator-prey interactions

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• Reference Manager
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Myxobacteria are fascinating and important prokaryotes. They have large genomes and exhibit a wide range of interesting behaviors, including multicellular fruiting body formation, social interaction, predation, and secondary metabolite production. Substantial progress is being made in understanding their ecological roles and the evolutionary forces that have shaped their phenotypes and behaviors. Novel species of myxobacteria are regularly described, often producing unusual metabolites and enzymes which can be of significant biotechnological interest. Molecular studies, ranging in subject from individual enzymes to entire ‘omes, continue to provide rich insights into myxobacterial biology. This collected volume brings together five research articles and three reviews, to provide a snapshot of current myxobacterial research in all its diversity.

Research & information: general --- Biology, life sciences --- Microbiology (non-medical) --- carotenoids --- comparative genomics --- development --- fruiting body formation --- one-component systems --- quorum signalling --- two-component systems --- myxobacteria --- Myxococcales --- germination --- bacterial cell wall --- sporulation --- morphology --- photoreceptor --- photosensitizer --- photoregulation --- singlet oxygen --- plasmalogens --- CarF --- vitamin B12 --- CarH --- ECF-sigma --- CarD-CdnL --- microbial food web --- trophic interactions --- predator–prey interactions --- mesopredator --- social bacteria --- nematodes --- experimental community --- behavior --- Myxococcus sp. --- Corallococcus sp. --- Melittangium sp. --- Archangium sp. --- biosynthetic gene clusters --- Myxococcus xanthus --- phase contrast microscopy --- fluorescence microscopy --- aggregation --- rippling --- deep learning --- generative adversarial network --- pretator-prey coevolution --- antagonism --- mucoidy --- predatory bacteria --- bacterial predation --- prey diversity --- negative frequency dependence --- experimental evolution --- MyxoEE-6 --- functional genomics --- genome evolution --- genome organisation --- pan-genome --- proteomics --- taxonomy --- transcriptomics --- n/a --- predator-prey interactions