Microalgae: the first nuclear engineers?
645
selection of pre-‐selective mutants. Environmental Experimental Botany 61, 43-‐48
(2008a).
31.
Lopez-‐Rodas, V.; Marvá, F.; Rouco, M.; Costas, E.; Flores-‐Moya, A. Adaptation of the
chlorophycean
Dictyosphaerium chlorelloides
to the stressful acidic, mine metal-‐rich
waters from Aguas Agrias Stream (SW Spain) as result of pre-‐selective mutations.
Chemosphere 72, 703-‐707 (2008).
32.
Lopez-‐Rodas,V.; Perdigones,N.; Marvá,F.; Maneiro,E.; Rouco, M.; Delgado, A.; Flores-‐Moya,
A. & Costas, E. Living in Vulcan´s forge: Algal adaptation to stressfull geothermal ponds on
Vulcano Island (southern Italy) as result of pre-‐selective mutation. Phycological Research
57:111-‐117 (2009).
33.
Costas, E.; Flores-‐Moya, A.; López-‐Rodas, V. Rapid adaptation of phytoplankters to
geothermal waters is achieved by single mutations: were extreme environments ‘Noah’s
Arks’ for photsynthesizers during the Neoproterozoic ‘snowball Earth’? New Phytol. 180,
922–32 (2008).
34.
Hayes, I. M. (1982). Fractionation: an introduction to isotope measurements and
terminology. Spectra 8, 3–8
35.
Czerwinski, K. R. & Martin F. P. Uranium enrichment using microorganisms. Patent nº: US
7,452,703 B1. United States (2008).
36.
Basu, A.; Sanford, R.; Johnson, T.M. & Lundstrom, C. Microbial Uranium reduction: Isotopic
fractionation factors for bacteria with diverse metabolism. PhD Tesis, University of Illinois
at Urbana-‐Champaign, 83-‐113 (2012).
