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Tillandsia usneoides as biomonitor of air pollution.
(2015)
T. usneoides is one of the most employed organisms for biomonitoring atmospheric metals
due to its ability to accumulate and retain pollutants, including trace elements. In this article,
we review the use of T. usneoides ...
Formation, morphology and biotechnological applications of filamentous fungal pellets: A review.
(2017)
Bioprocesses with fungal biomass have been the subject of a growing interest in biotechnology industry because they represent
a rich source of enzymes, antibiotics, vitamins, and complex metabolites, which have a great ...
Formation, morphology and biotechnological applications of filamentous fungal pellets: A review.
(2017)
Bioprocesses with fungal biomass have been the subject of a growing interest in biotechnology industry because they represent
a rich source of enzymes, antibiotics, vitamins, and complex metabolites, which have a great ...
Formation, morphology and biotechnological applications of filamentous fungal pellets: A review.
(2017)
Bioprocesses with fungal biomass have been the subject of a growing interest in biotechnology industry because they represent
a rich source of enzymes, antibiotics, vitamins, and complex metabolites, which have a great ...
Formation, morphology and biotechnological applications of filamentous fungal pellets: A review.
(2017)
Bioprocesses with fungal biomass have been the subject of a growing interest in biotechnology industry because they represent
a rich source of enzymes, antibiotics, vitamins, and complex metabolites, which have a great ...