Page 101 - FINAL_HANDBOOK_20252026
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Faculty of Science Handbook, Academic Session 2025/2026





               product  will  also  be  discussed  using        SIJ3018 COMPUTATIONAL BIOCHEMISTRY
               selected examples.
                                                                This  course  describes  the  application  of
               Assessment Methods:                              computational  tools  to  analyze  biological
               Continuous Assessment:       40%                 problems. Students will be exposed to the
               Summative Assessment:        60%                 analysis  of  big  data  including  enzyme
                                                                kinetics   simulation    using    COPASI,
                                                                transcriptomics  analysis  (microarray  and
               SIJ3016  BIOCHEMISTRY OF CANCER                  RNA-seq  using  R  and  Linux),  genomics
                                                                analysis  (genotyping  microarray  using  R
               This course will cover the origins of cancer     and Linux), biomolecular modelling (using
               and  the  genetic  and  cellular  basis  for     FORTRAN) and metabolic network analysis
               cancer.   It  will  examine  the  factors  that   (using  R).  At  the  end  of  the  course,
               have been implicated in triggering cancers;      students will be able to use programming
               the  intercellular  interactions  involved  in   tools and analytical approaches to analyze
               cancer  proliferation;  current  treatments      various omics data.
               for  cancer  and  how  these  are  designed;
               and  future  research  and  treatment            Assessment Methods:
               directions for cancer therapy.                   Continuous Assessment:       60%
                                                                Summative Assessment:        40%
               Assessment Methods:
               Continuous Assessment:       50%
               Summative Assessment:        50%                 SIJ3019  INDUSTRIAL  ATTACHMENT  AND
                                                                TRAINING


               SIJ3017 GLYCOBIOLOGY                             This industrial training module will provide
                                                                students with real life working experience
               The  first  part  of  this  course  is  the      and  hands-on  practical  skills  related  to
               deliberation  of  glycan  structures  and  the   biochemistry.  Students  will  undergo  16
               linkages  between  monosaccharides  units        weeks  of  industrial  training  in  the  final
               until the formation  of  functional  glycans.    semester.
               Topics  on  glycan-binding  proteins/lectins
               will also be coverd since these proteins is      Assessment Methods:
               closely associate with the biological roles      Continuous Assessment:       100%
               of glycans. Abnormality of glycan structure
               will   hinder    the    interaction   and
               consequently  leads  to  disease  formation.     SIJ3020  FUNDAMENTALS OF
               Lastly,  students  will  be  given  samples  of   BIOCHEMICAL PHARMACOLOGY
               data  for  them  to  carry  out  glycomic
               analysis  by using  ChemSketch  and  online      This  course  will  examine  the  molecular
               glycan database search engine.                   basis of drug action and how cutting edge
                                                                technology      contribute     to     the
               Assessment Methods:                              advancement        of     pharmacological
               Continuous Assessment:       50%                 knowledge and increase understanding of
               Summative Assessment:        50%                 mechanisms of drug action. The following
                                                                areas will be studied in detail; variability in
                                                                drug    action,   drug   structure-activity





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