Page 154 - handbook 20162017
P. 154

Faculty of Science Handbook, Session 2016/2017




               Medium of Instruction:                           SIL 2006 POPULATION  GENETICS
               English
                                                                The course is an introduction to the concept of population
               Soft Skills                                      genetics for  maintenance  and  importance  of  genetic
               CS3, CT2, LL2                                    variation  in  human,  microbes,  plants  for biodiversity,
                                                                agriculture,  breeding  and  fisheries.  The  course  also
               Main References:                                 introduces  the  statistical  programs  that  is  needed for
               1. Fincham J.R.S., Day P.R., Radford A. (1979). Fungal  understanding the principles of population genetics.
                  Genetics   (4th   edition).  Blackwell  Scientific
                  Publications. QH431 FIN V.4                   Assessment Methods:
               2. Moore D., Novak Frazer LA., (2002). Essential Fungal  Continuous Assessment:  40%
                  Genetics.  Springer-Verlag  New  York,  Inc.  QK602  Final Examination:  60%
                  MOO 2002
               3. Snusted   and   Simmons   (2011)   Principles   of  Medium of Instruction:
                  Genetics,6nd Edition,  Wiley ISBN 0470903597  English
                                                                Soft Skills
               SIL 2004  BIOINFORMATICS AND PHYLOGENETICS       CS3, CT3, TS2, LL3, EM1, LS2
               This  course  will  give  an  overview  of  bioinformatics  and  Main References:
               phylogenetics analysis with an emphasis on specific tools  1. Mathew b. Hamilton, Wiley Blackwell Publishing
               for solving specific problems, focusing on the asumptions  Principles of Population Genetics (Background)
               that  underpin  these  approaches  and  how  to  analyse  the  Author: Hartl DL and Clark AG
               resulting  data.  It  will  specifically  focus  on  practical  2. Cambridge University Press 3rd Edition 1997
               bioinformatics  in  particular  for  current  research,  and  Genetics of Populations
               technology developments in molecular biology.      Author: Hedrick. PW

               Assessment Methods:
               Continuous Assessment:  40%                      SIL 2007  QUANTITATIVE  GENETICS
               Final Examination:  60%
                                                                The course is an introduction to the concept of quantitative
               Medium of Instruction:                           genetics for genetic improvement program.
               English
                                                                Assessment Methods:
               Soft Skills                                      Continuous Assessment:  40%
               CS3, CT2                                         Final Examination:  60%
               Main References:                                 Medium of Instruction:
               1. Baxevanis,A.D.&Ouelette,F.(2005).  Bioinformatics:  A  English
                  Practical Guide to the Analysis of Gene and Proteins.
                  John Wiley.                                   Soft Skills
               2. Page,  R.D.M.  &  Holmes,  E.C.  (1998).  Molecular  CS3, CT3, TS2, LL3, EM1, LS2
                  Evolution: A Phylogenetic Approach. Blackwell.
                                                                Main References:
                                                                1. Falconer,  D.S.  &  Mackay,  T.S.  (1996).  Introduction  to
               SIL 2005  EVOLUTIONARY GENETICS                    Quantitative Genetics. 4th ed. Wesley Longman.
                                                                2. Hartl,  T.L. &  Jones,  E.W.  (1999).  Essential  Genetics.
               This course introduces population genetics theory as the  Jones & Bartlett.
               basis  of the  genetic  model  of  evolutionary  change;  3. Stufflebeam,  C.E.  (1989).  Genetics  of  Domestic
               microevolution; macroevolution  and  the  evolution  of  Animals. Prentice Hall.
               genetic  systems.  Topics include  evolutionary processes
               in  populations,  molecular  clocks,  neutral  theory,
               coalescent  theory,  species  concept,  speciation,  co-  SIL 2008  MOLECULAR GENETICS
               evolution,  evolution  of  genomes and  evolution  of  genetic
               systems.                                         This  course  includes  topics  involved  in  eukaryotic  DNA
                                                                replication,gene  transcription  and translation.  The  topics
               Assessment Methods:                              covered:  Eukaryotic  genome,  C-value  paradox,  histones
               Continuous Assessment:  40%                      and   non-histone   proteins,   heterochromatin   and
               Final Examination:  60%                          euchromatin,  classes  of  DNA,  DNA  replication  in
                                                                eukaryotes,  transcription,  RNA  polymerases  I,  II  and  III,
               Medium of Instruction:                           gene  regulation  in  eukaryotes,  various  control  and
               English                                          regulatory   elements,  pre-mRNA   processing   and
                                                                alternative splicing, RNA processing events (rRNA, tRNA,
               Soft Skills                                      trans-splicing,  RNA-editing), posttranscriptional  control  of
               CS1, CS2, CS3, CT1, CT2, LL1, LL2                gene  expression,  transcriptional  regulation  (DNA  binding
                                                                domains),  and  transcriptional  regulation  through  signal
               Main References:                                 transduction pathway.
               1.  Ridley, M. (2003), Evolution. Blackwell Science.
               2.  Smith,  J.M.  (2008)  Evolutionary  Genetics,  Oxford  Assessment Methods:
                   Univ. Press                                  Continuous Assessment:  40%
               3.  Halliburton   (2004)   Introduction   to   Population  Final Examination:  60%
                   Genetics, Pearson
                                                                Medium of Instruction:
                                                                English



                                                           149
   149   150   151   152   153   154   155   156   157   158   159