Environmental Biotechnology

accumulation acid activity addition agricultural animals application approach aptamers aquaculture aquatic bacteria binding biofilter biological bioremediation biosensors biotechnology cause cells cement changes chemical compared compounds concentration contaminated cryopreservation culture degradation detection disease effects endocrine engineered enhanced environment environmental enzymes et al example expression fertilization field fly ash function gene genetic genome glucose groups growth heavy metals human important improve increased India industrial involved isolated major marine materials measurement mechanisms mercury metal methods microbial microorganisms models molecular molecules natural organic pesticides phytoremediation plants pollutants population possible potential present probiotics production properties protein range reduce removal reported resistance response role roots Science selection sequence soil solution species strains structure surface Table techniques tolerance toxic transgenic fish treatment various waste zebrafish