Iron (Fe) and copper (Cu) are essential cofactors for microbial metalloenzymes, but little is known about the metalloenyzme inventory of anaerobic marine microbial communities despite their importance to the nitrogen cycle. We compared dissolved O₂ , NO₃⁻, NO₂⁻, Fe and Cu concentrations with nucleic acid sequences encoding Fe and Cu-binding...
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, Stephen J. Giovannoni 7, KevinL. Vergin 7 and Frank J. Stewart 1, 2
1 School of Earth and Atmospheric
Iron (Fe) and copper (Cu) are essential cofactors for microbial metalloenzymes, but little is known about the metalloenyzme inventory of anaerobic marine microbial communities despite their importance to the nitrogen cycle. We compared dissolved O₂ , NO₃⁻, NO₂⁻, Fe and Cu concentrations with nucleic acid sequences encoding Fe and Cu-binding...
Full Text:
J.
Giovannonig, KevinL. Verging, Frank J. Stewarta,b
*Correspondence: Corresponding Author
Iron (Fe) and copper (Cu) are essential cofactors for microbial metalloenzymes, but little is known about the metalloenyzme inventory of anaerobic marine microbial communities despite their importance to the nitrogen cycle. We compared dissolved O₂ , NO₃⁻, NO₂⁻, Fe and Cu concentrations with nucleic acid sequences encoding Fe and Cu-binding...
Full Text:
reaction center, L and M subunits 81482 0 0 0 629 122 12 10 6 170 6 11 0
f.21.1.2 Cytochrome b of
This comprehensive bibliography is collection of refereed research related to climate change, wetlands and wetland restoration published before January 1, 2008.
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KevinL. Erwin, York University
2007
This comprehensive bibliography is a compilation of peer
This comprehensive bibliography is collection of refereed research related to climate change, wetlands and wetland restoration published before January 1, 2008.
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reproduction of red mangrove (Rhizophora mangle L.)
Oecologia, 112: 435-446
Ellison JC. (1993) Mangrove