| - | A bacterial cell array chip for the analysis of degradation byproducts toxicity of an endocrine disrupting chemical, DEHP | 이진형; Javed Niazi; Byoung-In Sang; 구만복 |
| - | Anaerobic Di-(2-ethylhexyl) phthalate degradation and toxicity assays using toxicity specific bacterial sensors | Javed Niazi; Jin-Hyung Lee; Lee, Sun Mi; Man-Bock Gu; Byoung-In Sang |
| - | Anaerobic Di-(2-ethylhexyl) phthalate degradation by soil mixed microbial cultures under different electron accepting conditions | Javed Niazi; Lee, Sun Mi; Byoung-In Sang |
| - | Analysis of DEHP bioegradation using a bacterial cell array chip | 이진형; Javed Niazi; Byoung-In Sang; 구만복 |
| - | Application of cell array chip biosensors for toxicity monitoring of egradation byproducts and evaluation of biodegradation processes | J.H.Lee; Javed Niazi; Byoung-In Sang; M.B.Gu |
| - | Assay and toxicity evaluation of DEHP and its catabolic intermediates in a simulated natual environment by shole-cell array chip composed of toxicity specific signature-bacterial sensors | Javed Niazi; Lee, Sun Mi; Jin Hyung Lee; Manbock Gu; Byoung-In Sang |
| - | Behavior of microbial community during anaerobic Di-(2-ethylhexyl) phthalate degradation and toxicity analysis | Javed Niazi; Jin-Hyung Lee; Lee, Sun Mi; Man-Bock Gu; Byoung-In Sang |
| - | Comparison of microbial communities during anaerobic di-(2-ethylhelxyl) phthalate degradation under different electron accepting conditions | Lee, Sun Mi; Javed Niazi; Man-Bok Gu; Byoung-In Sang |
| - | Effects of electron acceptors on microbial communities during anaerobic BTEX and MTBE degradation | Lee, Sun Mi; Javed Niazi; Byoung-In Sang |
