Module for Academic Year 2011/2012 Semester 1 Part A: *1 1. Module Code and Title: 2. Rationale for introducing this module: 3. Brief Module Description: The teaching and learning objectives. The major topics covered. 4. 5. Cross Listing (if applicable): Pre-requisites/Co-requisites (if applicable): 6. 7. Preclusions (if applicable): Workload: (The weekly workload for a 4-MC module must add up to 10 hours. e.g. 2 hours lecture; 1 hour tutorial; 7 hours preparatory work.) 8. 9. Modular Credits [MC]: To be offered with effect from: Part B: 1. Aims and objectives: *5 (Elaboration of teaching and learning objectives.) 2. Maximum Class Size: BL5223 – Advanced Molecular Genetics Molecular Genetics is an important area of study and research in basic biology. The Advanced Molecular Genetics module aims to provide graduate students an in-depth knowledge about the importance of and advances in this field. This module is designed to help them to understand the important questions in biology particularly in disease and development that have been addressed as a result of molecular genetics based approaches. The lectures and subsequent tutorials and/or discussions will allow in-depth survey and critical analysis of molecular genetics, beginning with basic principles and extending to modern approaches and special topics. The module will draw on examples from various systems such as Drosophila, C. elegans, yeasts, human, plants and bacteria. The module encompasses advanced treatment of the Central Dogma of molecular biology and covers recent developments in the molecular understanding of genetic information transfer from DNA to RNA to protein, using current examples. Building upon this platform, the module will then proceed to special topics such as Prions, epigenetics, modular signaling cascades, ion channels, membrane dynamics and cellular energetics. It will also provide a broad overview of Protein folding and function. Intended primarily for new graduate students familiar with basic molecular biology and genetics Nil Students should have basic knowledge in molecular biology and genetics Nil (i) Lecture hours per week: 3 (ii) Tutorial hours per week: (iii) Laboratory hours per week: (iv) Number of hours per week for projects, fieldwork, assignments, etc. : (v) Number of hours per week for preparatory work *3: Total hours per week: 4MC Semester 1 of AY2004-5 * 3 0 0 4 10 To provide background knowledge as well as cover recent and significant advances in the field of molecular genetics To inculcate the importance of molecular genetics and stimulate research interest therein To allow first year graduate students to interact with experts in the field of molecular genetics To provide a platform for interaction between graduate students interested in molecular biology and/or genetics 50 of 2 3. Syllabus: (Elaboration of major topics covered.) 4. Assessment: (Please indicate the % breakdown for each continuous assessment [CA] component and the % for the Final Examination.) DNA Replication Transcriptional regulation Translational regulation Prions and function Metabolomics Cellular Energetics Membranes and Ion channels Signal Transduction in bacteria Chromatin structure and Function Epigenetics Protein Folds & Function Signal Cascades Recombination in Yeast Mating Type switching in Yeast CA Components: (a) Tutorials: (b) Laboratories: (c) Tests: (d) Others: (participation in lecture discussion) Total for CA Components: Total for Final Examinations: Total Assessment: 5. 6. 7. Module Lecturer/s: *6 (Name/s and Department/s.) Modes of Teaching and Learning: (Lectures, regular tests, Q & A, IVLE, problem-based learning.) Illustrative Basic Reading List: (a) Compulsory reading: (b) Supplementary reading: 35% % % 5% % 40% 60% 100% Mohan Balasubramanian (TLL; DBSNUS) Sanjay Swarup (DBS-NUS) Chan Woon Khiong (DBS-NUS) Ng Huck Hui (GIS; DBS-NUS) Uttam Surana (IMCB) Zhang Lian Hui (IMCB; DBS-NUS) Invited guest lecturers (local and international) (i) Principle lecturer/s: (ii) Alternative lecturer/s: Lectures Regular Discussions and/or tutorials To be Recommended by the respective tutors (handouts or lecture notes or recommended reading material will be provided a week in advance) To be Recommended by the respective tutors of 2