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Hindi Research Article, Expert Opin Environ Biol Vol: 5 Issue: 3
Bacterial Community Exploration through Ion Torrent Sequencing from Different Treatment Stages of CETP for Tannery
| Muthukalingan Krishnan1*, Thangaiyan Suganya2 and Jeyaraj Pandiarajan2 | |
| 1Department of Environmental Biotechnology, Insect Molecular Biology Lab, Bharathidasan University, Tiruchirappalli - 620024, Tamil Nadu, India | |
| 2Post Graduate Department of Biotechnology, Ayya Nadar Janaki Ammal College (Autonomous, Affilated to Madurai Kamaraj University), Sivakasi -626124, Tamil Nadu, India | |
| Corresponding author : Muthukalingan Krishnan Department of Environmental Biotechnology, Insect Molecular Biology Lab, Bharathidasan University, Tiruchirappalli-620024,Tamil Nadu, India Tel: +91 431-2407088 Fax: +91-431-2407045 E-mail: profmkrish@gmail.com |
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| Received: July 22, 2016 Accepted: September 07, 2016 Published: September 12, 2016 | |
| Citation: Krishnan M, Suganya T, Pandiarajan J (2016) Bacterial Community Exploration through Ion Torrent Sequencing from Different Treatment Stages of CETP for Tannery. Expert Opin Environ Biol 5:3. doi:10.4172/2325-9655.1000136 |
Abstract
Bacterial Community Exploration through Ion Torrent Sequencing from Different Treatment Stages of CETP for Tannery
In developing nations, the tannery industry is a major polluter. Only 20% of the chemicals consumed are utilized in the tanning process; the remainder is waste that pollutes the environment. The Common Effluent Treatment Plant (CETP) is a promising approach to treat industrial effluent. In this study, the physico-chemical parameter and the bacterial communities were analysed in different treatment stages of CETP effluent; raw effluent (RE), primary treated (PT), secondary treated (ST) and tertiary treated (TT). The physicochemical results revealed a decrease in the concentration of pollutants at each stage. It was hypothesised that in addition to chemical treatment, the bacterial community plays a key role in the reduction of chemical load and heavy metals. So, theV6 hyper-variable region of 16S rRNA gene was amplified and analysed using ion torrent PGM platform to explore the uncultivable bacterial community which are responsible for pollution reduction. The sequence data were evaluated using the MG-RAST server, which revealed proteobacteria (4.3-34.6%) as predominant in all CETP stages. Actinobacteria was dominant in ST (10.6%) and TT (5.1%) effluent and bacteroidetes dominated in PT (36.7%) and RE (51.9%). The results clearly showedthe taxonomic shifts in each stage of CETP, which aligned with physico-chemical changes. We conclude that the bacterial survivability and species richness in each stage could be used as bioindicators to monitor the level of pollution and appropriate functioning of a CETP.
