Molecular and Cellular Biology EDM

BIOL21041 Molecular and Cellular Biology EDM 10 Semester 1 Undergraduate Level 2 Shiu-Wan Chan Unit coordinator School of Biological Sciences 1 FHEQ level (Framework for Higher Education Qualifications) ' Middle part of Bachelors ' European Credit Transfer & Accumulation System Rating : 5.0 In your Experimental Design Module (EDM) you will participate in practical sessions undertaking widely used modern laboratory techniques. You will develop both your laboratory and your data handling skills in preparation for your Research Skills Module in the next semester. Sessions will cover PCR, sequencing, protein analysis, bioinformatics, signalling pathways, the sub-cellular relocalisation of protein, Neurospora genetics and gene silencing. In your Experimental Design Module (EDM) you will participate in practical sessions undertaking widely used modern laboratory techniques. You will develop both your laboratory and your data handling skills in preparation for your Research Skills Module in the next semester. Sessions will cover PCR, sequencing, protein analysis, bioinformatics, signalling pathways, the sub-cellular relocalisation of protein, Neurospora genetics and gene silencing. Experimental Design Modules (EDMs) aim to equip students with the skills necessary to become proficient in a number of laboratory techniques that are carried out routinely in modern laboratories. EDMs place an emphasis on the design and interpretation of experiments, building the expertise and knowledge that will be required to undertake the appropriate Research Skills Modules offered in the second semester. This unit will allow students to become proficient in making experimental choices enabling them to make amendments to technical protocols, analysing and critiquing research papers appropriate to the practical and using specialised laboratory equipment and procedures required to obtain data. Many practicals will consist of an element of data handling techniques, including statistical analysis and appropriate presentation of results. Analytical skills Students develop analytical and problem-solving skills in order to fulfil the experimental design aspects of each practical. Group/team working Many experiments require an element of group work. Most practicals involve students working in pairs. Innovation/creativity Designing experimental methodology. Project management Project management skills are developed throughout this unit. Problem solving As above Research Research skills are developed throughout this unit. Written communication Practical write-up of one practical. Syllabus•       Recombination and segregation events during meiosis.·            •       Post-transcriptional gene silencing pathways/Generating knockout cell linesSignalling Pathways/ Sub-                                     Cellular Protein Relocalisation I.•       Signalling Pathways/ Sub-Cellular Protein Relocalisation II.•       Signalling Pathways/ Sub-Cellular Protein Relocalisation III.•       Bioinformatics-viral outbreak. 0 Other 10% 2 Written assignment (inc essay) 20% 8 Practical skills assessment 70% Post Lab assessments 70%, Write up 20%, Attendance 10% During the practical sessions, there will be many opportunities to get immediate feedback from staff and demonstrators. Feedback sessions will be given as separate one hour lectures. Individual feedback on laboratory reports will be provided by your academic advisor. N Lectures 6 Practical classes & workshops 36 0 56