Optical detection of toxins released by cyanobacteria - Al ammar, Rukaiah;Nabok, Alexei
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Optical methods of total internal reflection elepsometry, UV-vis and FT-IR spectroscopies were successfully adapted for detection of microcystin-LR either in purified form available commercially or naturally produced by algae. The method of TIRE was particularly promising because it was proved to be capable of detection of Microcystin LR in low concentrations down to 0.1ng/ml in direct immunoassay with specific monoclonal antibodies MC10E7. The above immune reaction is highly specific according to the results of the binding kinetics . This research may lead to a number of possible applications…mehr

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Produktbeschreibung
Optical methods of total internal reflection elepsometry, UV-vis and FT-IR spectroscopies were successfully adapted for detection of microcystin-LR either in purified form available commercially or naturally produced by algae. The method of TIRE was particularly promising because it was proved to be capable of detection of Microcystin LR in low concentrations down to 0.1ng/ml in direct immunoassay with specific monoclonal antibodies MC10E7. The above immune reaction is highly specific according to the results of the binding kinetics . This research may lead to a number of possible applications of the new technology of environmental control, and biomedicine.
Autorenporträt
Rukaiah Al-Ammar is a biologist who graduated from Shefield Hallam University with PhD degree in water pollution and her project won twice the third prize (in student day 2011 and BMRC/ MERI Winter Poster Event in 2013). Has many Journals publications about biosensor for different toxins and protein ¿ protein interaction.