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               STUDY PLAN & MODULE DESCRIPTIONS
                            Module                            Credits  Duration  Prerequisite(s)
                Code

                                                    YEAR 1
                BSAP1101      Anatomy and Physiology          4       60 hrs    ---

                            To  equip  students  with  the  basic  knowledge  of  human  anatomical  structures  and

                            functions of various systems. Contents: Basic functions of the cell and skeletal muscles;
                            Respiratory  system;  Digestion  and  absorption;  Energy  metabolism  and  body
                            temperature; Urinary system; Nervous system; Sense organs.
                BSBC1102    Biochemistry                      4       60 hrs    ---
                            To equips students with fundamental knowledge of biochemistry and to prepare for the
                            further  study  in  the  medical-related  subjects  such  as  immunology  and  pharmacology.
                            Contents:  The  structures,  functions,  synthetic  and  metabolic  pathways  of  proteins,
                            carbohydrates,  lipids  and  nucleic  acids;  Enzymes  functions  and  reaction  kinetics;  The
                            synthesis, transcription and modifications of deoxyribonucleic acid; Regulations of gene
                            expression.
                BSCB1101      Cell Biology                    3       45 hrs    ---

                            To  provide  students  with  the  background  knowledge  of  traditional  cell  biology  on
                            organelles structures and functions. Contents: Introduction of the diversity of cells, their
                            basic constituents and critical functions; Organelles; Plasma membrane and  transport;
                            Signaling;  Genetic  code  and  protein  synthesis;  Endomembrane  system  and  protein
                            sorting; Mitochondria and cellular energetics; Cytoskeleton and cell motility; Nucleus and
                            cell cycle.
                            General Biology                   3       45 hrs    ---
                BSGB1101
                            To equip students with the scientific concepts and terminology of important  biological
                            processes.  Contents:  Introduction;  Methods  and  concepts  in  biology;  Chemical
                            foundations  of  cells;  Diversity  of  life;  Gas  exchange  and  respiration;  Digestion  and
                            metabolism;  Endocrine  systems;  Motor  systems;  Reproduction  and  development;
                            fluid regulation.
                            sensory systems; Nervous systems; Circulation and immunity; temperature control and
                BSGC1101      General Chemistry               3       45 hrs    ---

                            To equip students with a good foundation in chemical knowledge that allows students to

                            make  qualitative  and  quantitative  inquiries  into  topics  in  health  science.  Contents:
                            Introduction;  Stoichiometric  chemistry;  Thermal  chemistry  -  chemical  equilibrium  and
                            chemical  kinetics;  Gas-ideal  gas  and  their  calculations;  Solution  –  concentration  and
                            properties;  Acid,  base  and  salt;  Oxidation,  Reduction  and  Electrochemistry;  Basic
                            structures of material-atom and molecule; Chemistry and  life  –  atmosphere, pollution
                            and its environmental relationships; Water – purification and pollution; Daily chemistry.
                            Immunology                        3       45 hrs    ---
                BSIM1102

                            To enable students to understand the fundamental principles of immunology and basic
                            immunological techniques through lectures and practical sessions. Contents: Innate and
                            adaptive immunity in human; Structures and functions of complements and antibodies; T
                            cell  receptor  structure  and  function  of  T  lymphocytes;  Antigen  presentation  to  T
                            lymphocytes  and  B  cells,  cytokines,  auto-immune  diseases,  transplantation  and
                            hypersensitivity.




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