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Gill bacteria enable a novel digestive strategy in a wood-feeding mollusk
Roberta M. O'Connor
, Jennifer M. Fung
, Koty H. Sharp
, Jack S. Benner
, Colleen Mcclung
, Shelley Cushing
, Elizabeth R. Lamkin
, Alexey I. Fomenkov
, Bernard Henrissat
, Yuri Y. Londer
, Matthew B. Scholz
, Janos Posfai
, Stephanie Malfatti
, Susannah G. Tringe
, Tanja Woyke
, Rex R. Malmstrom
, Devin Coleman-Derr
, Marvin A. Altamia
, Sandra Dedrick
, Stefan T. Kaluziak
Margo G. Haygood, Daniel L. Distel, Margaret J. McFall-Ngai
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Research output
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Contribution to journal
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Article
›
peer-review
94
Scopus citations
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Keyphrases
Wood
100%
Digestive
100%
Mollusks
100%
Gill
100%
Shipworm
100%
Wood-feeding
100%
Degradative Enzymes
66%
Digestion
66%
Endosymbiont
66%
Wood Degrading
66%
Translocated
66%
Gut Microbiota
33%
Human Impact
33%
Food Products
33%
Paper Products
33%
Wood Decay
33%
Bacterial Community
33%
Food-feed
33%
Negative Impact
33%
Specialized Cell
33%
Lumen
33%
Positive Impact
33%
Plant Biomass
33%
Chemical Products
33%
Enzyme Production
33%
Feed Products
33%
Fine Chemicals
33%
Endosymbiotic Bacteria
33%
Human Welfare
33%
Complex Communities
33%
Renewable Fuels
33%
Textile Products
33%
Digestive System
33%
Marine Bivalves
33%
Bivalves
33%
Digestive Processes
33%
Resident Microbiota
33%
Fine Paper
33%
Wood-eating
33%
Bankia Setacea
33%
Enzyme Combination
33%
Gut Compartment
33%
Agricultural and Biological Sciences
Mollusca
100%
Gill
100%
Grand Unified Theory
100%
Endosymbiont
33%
Bacterial Communities
16%
Bankia setacea
16%
Digestive System
16%
Intestine Flora
16%
Immunology and Microbiology
Endosymbiont
100%
Mollusca
100%
Digestive System
50%
Intestine Flora
50%
Microflora
50%