Page 57 - Handbook PG 20182019
P. 57

Faculty of Science Postgraduate Booklet, Session 2018/2019

               to Week-7 and the Second cycle will be held on Week-8 to Week-14.

               Assessment Methods:
               Laboratory skill and report (100%)

               Medium of Instruction:
               English

               Transferable Skills:
               Report writing, Practical

               Humanity Skill:
               CS5, CTPS2, TS5

               References:
                   1.  D.A. Skoog, D.M. West & F.J. Holler, Fundamentals of Analytical Chemistry, 9th Ed., 2014,
                       Saunders College Publ.
                   2.  R.  Kellner,  J.M. Mermet, M.  Otto,  V.  Valcarcel  and H.M.  Widmer,  Analytical  Chemistry:  A
                       Modern Approach to Analytical Science, 2nd Ed. 2005, John Wiley & Sons, NY
                   3.  Francis Roussac and Annick Roussac, Chemical-analysis-Modern instrumental methods and
                       techniques,6th Ed.,2004,John Wiley and Sons


               SQC7010 Electroanalytical Chemistry and Biosensor

               Part 1 (Electroanalytical Chemistry)
                     Review  of  basic  concepts  in  electrochemical  analysis;  Equilibrium  (static  methods)  -
                       potentiometry, pH, reference electrodes, liquid junction potentials, ion selective electrodes,
                       potentiometric titrations.
                     Dynamic methods - sweep and pulse techniques, hydrodynamic and differential techniques.

               Part 2 (Biosensors)
                     Basics of biosensors and nanotechnological approaches to biosensor development.
                     Basics of Biosensors - What is a biosensor, steps involved in making a biosensor, the sorts of
                       biomolecules  used  in  biosensors;  methods  of  immobilizing  biomolecules;  approaches  to
                       transduction and classes of biosensors.
                     Catalytic  Biosensors  -  Two  models  on  enzyme  electrodes:  First  model:  immobilizing  the
                       enzyme  in  a  polymer  layer;  The  second  model:  enzyme  biosensors  using  self-assembled
                       monolayers.
                     Affinity Biosensors - such as DNA and antibodies.

               Assessment Methods:
               Continuous Assessment: 50%
               Final Examination: 50%

               Medium of Instruction:
               English

               Transferable Skills:
               -



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