LQB385 Molecular Biology and Bioinformatics

[object Object] {"attributes":{"DGCIF":"Available for cross institutional students - faculty approval required","HLBUNI":"Health UG - Uni Wide Units","DGSAF":"Study Abroad / Exchange (UG) - faculty approval required","DGNAF":"Available for Single Unit students (UG) - faculty approval required"},"study-types":["Cross-institutional study","Single-unit study"],"availabilities":[{"study-mode":"All","attendance-mode":"Internal","location":"Gardens Point","campus":"Gardens Point","study-period":"Semester 1","date-end":"2024-06-21T14:00Z","date-start":"2024-02-25T14:00Z","year":2024},{"study-mode":"All","attendance-mode":"Internal","location":"Gardens Point","campus":"Gardens Point","study-period":"Semester 1","date-end":"2025-06-20T14:00Z","date-start":"2025-02-23T14:00Z","year":2025}],"broad-study-area":{"name":"Health","foe":10909},"code":"LQB385","credit-points":12,"fees":[{"csp":"$1,118","dom":"$4,680","int":"$5,760","year":2024},{"csp":"$1,164","dom":"$4,968","int":"$6,216","year":2025}],"faculty":{"code":490100,"title-short":"Faculty of Health","title-full":"Faculty of Health"},"school-discipline":{"code":490600,"title-short":"School of Biomedical","title-full":"School of Biomedical Sciences"},"unit-requisites":{"pre":"LQB182 or \nLQB186 or \nBVB101 or \nLQB280"},"sams-version":1,"summer":[],"synopsis":"The human genome shapes who we are. In this unit, we will learn how, why, when and where genes are expressed. We will also learn about the importance of regions in our genome that do not encode genes and what the consequences are of genetic variation and mutations, which may cause genetic diseases. An important part of the unit is the hands-on development of molecular biology skills in the laboratory and bioinformatics skills on the computer. We will extract, amplify, sequence and clone DNA. We will also use the Nobel prize-winning technology CRISPR, a gene-editing tool that has shown early successes in the treatment of patients by correcting genetic defects. Finally, we will use bioinformatics approaches to analyse DNA, RNA and amino acid sequences, including in the context of disease, and learn data analytics approaches, which are invaluable in the current era of big data and precision medicine.","title-full":"LQB385 Molecular Biology and Bioinformatics","title-short":"Molecular Biology and Bioinformatics","url":{"current":"https://qutvirtual4.qut.edu.au/group/student/enrolment/units/unit?unitCode=LQB385&year=2025","prospective":"https://www.qut.edu.au/study/unit?unitCode=LQB385","timetable":"https://qutvirtual3.qut.edu.au/qvpublic/ttab_unit_search_p.process_teach_period_search?p_unit_cd=LQB385"},"year":2025,"years":[2024,2025]}