List of Articles Molecular Imprinted Polymer

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  1 - The Electrochemical Sensor for Selective Solid Phase Extraction of Pseudoephedrine Hydrochloride in a Real Sample
  Morteza Omidinejad Mohammad Alimoradi Majid Ramezani Sattar Ebrahimi
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  2 - Investigation of the Potential of Adsorption and Drug Delivery Application of the Duloxetine Antipsychotic by using its Molecular Imprinted Polymer
  Seyyedeh Fatemeh Hoseini chehreghani Parviz Aberoomand Azar Maryam Shekarchi Bahram Daraei
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  3 - Investigation of the Drug Delivery Potential of a Transdermal Patch Based on Buprenorphine Templated Molecular Imprinted Polymer
  Nasrin Behnia Parviz Aberoomand Azar Maryam Shekarchi Mohammad Saber Tehrani Noushin Adib
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  4 - Developing an sensitive and selective method for determination of tetra- butyl benzoquinone in edible oils
  H. Pourmadadkar N. Nasirizadeh S. Jafari M. Dehghani
  10.30495/jfh.2019.665675
  The presence of trace amount of Tetra -butyl hydroquinone or its metabolite, Tetra -butyl benzoquinone (TBQ), may inhibit cell proliferation and cause biologic abnormalities due to the high prevalence of thiolate groups of proteins or cell walls. The aim of this study w More

  The presence of trace amount of Tetra -butyl hydroquinone or its metabolite, Tetra -butyl benzoquinone (TBQ), may inhibit cell proliferation and cause biologic abnormalities due to the high prevalence of thiolate groups of proteins or cell walls. The aim of this study was to fabrication an electrochemical nanosensor based on molecular imprinted polymer to detection of TBQ in edible oil. This study was a methodologic study. The statistical population included edible oil samples containing TBQ. The effect of different factors such as amount of MIP and MWCNT for production of ceramic carbon electrodes as well as pH of preconcentration solution and the incubation time of the prepared nanosensor in the solution on the oxidation signal of TBQ was optimized by response surface methodology. Differential pulsed voltammetry has been used to determine the TBQ in oil samples. The Morphologies of MIP and prepared sensors were described by scanning electron microscopy. Optimal conditions for the separation and determination of TBQ in edible oil, including 10 mg of multiwall carbon nanotube, 30 mg of MIP for preparing a modified carbon ceramic electrode, and 8 minutes as incubation time in a 0.1 M phosphate buffer solution with pH 10 was obtained. The proposed method is capable of detecting TBQ in edible oil samples at a concentration range of 6 - 680 nM with a detection limit of 3.1 nM. Based on the results, the proposed sensor can be used as a suitable tool for determination of TBQ in edible oil samples in industries and laboratories. Manuscript profile
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  5 - Evaluation of adsorption potential of Buprenorphine drug from blood plasma by its molecular imprinted polymer; a joint experimental and theoretical study
  Maryam Khanlari Bahram Daraei Leila Torkian Maryam Shekarchi Mohammad Reza Manafi
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  6 - The possibility of adsorption of Duloxetine antipsychotic drug from blood plasma by using its molecular imprinted polymer
  Naghmeh Ali Kahi Bahram Daraei Leila Torkian Maryam Shekarchi AmirHossein Monzavi
  10.30495/iranjoc.2023.699823
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  7 - Selective Dispersive Solid Phase Extraction of Ser-traline Using Surface Molecularly Imprinted Polymer Grafted on SiO2/Graphene Oxide
  Faezeh Khalilian Feloria Khajoie Kermani
  10.22034/jchr.2017.544164
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