Genetics |
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| Visiting student co-ordinator: Dr Juan Pablo Labrador , labradoj@tcd.ie |
Important – please read:
• Modules are open to 3rd year students.
• Prior to enrolment, student information should be forwarded to Dr Juan Pablo Labrador labradoj@tcd.ie and Alicia Vega (genetics@tcd.ie).
• Please email queries to genetics@tcd.ie
| Module Code & Name | ECTs credits | Duration and semester | Prerequisite Subjects | Assessment | Contact Hours | Contact Details |
|---|---|---|---|---|---|---|
GEU33045 Genomics & Systems Biology |
5 ECTS credits | Semester 1 | Basic knowledge of principles of Genetics/Biology | Written exam | 24 | Alicia Vega genetics@tcd.ie |
DescriptionThe aim of this module is to provide students with a general overview of methods used in the fields of genomics, proteomics and metabolomics and to explain how these methods are used for basic research, biotechnology, agriculture and medicine. To this end, a number of examples from work with diverse organisms (bacteria, fungi, plants, animals including humans) will be presented. The module further introduces students to the field of systems biology and outlines how systems biology differs from the classic reductionist approach used in biology. |
| Module Code & Name | ECTs credits | Duration and semester | Prerequisite Subjects | Assessment | Contact Hours | Contact Details |
|---|---|---|---|---|---|---|
GEU33055 Developmental Genetics |
5 ECTS credits | Semester 2 | Basic knowledge of principles of Genetics/Biology | Written exam | 24 | Alicia Vega genetics@tcd.ie |
DescriptionThis module aims at introducing students to fundamental concepts in developmental genetics and to experimental approaches that are used to study development. To this end, the module takes a comparative approach: the development of different organisms (insects, vertebrates, plants) will be taught together to demonstrate differences and commonalities in the genetic mechanisms controlling morphogenesis. Students will be introduced to important developmental control mechanisms, including morphogens, homeotic selector genes and signal transduction cascades. The module will also introduce students to stem cell biology and how stem cells are programmed to undergo growth and differentiation. |
| Module Code & Name | ECTs credits | Duration and semester | Prerequisite Subjects | Assessment | Contact Hours | Contact Details |
|---|---|---|---|---|---|---|
GEU33215 Medical Genetics |
5 ECTS credits | Semester 2 | Basic knowledge of principles of Genetics/Biology | Written exam & continuous assessment | 20 | Alicia Vega genetics@tcd.ie |
DescriptionThe module provides an introduction to core concepts in medical genetics highlighting the importance and power of genetic information in the era of genomic medicine and the impact of such information for all of us. Learning objectives include: (1) discussion of the genetic basis of single gene disorders (Mendelian) and complex disorders; (2) overview of the history of medical genetics; (3) insights into key developments in medical genetics up to 2020 including state-of-art technologies and novel innovative therapies; (4) discussion of the key technologies and methodologies currently used to elucidate the genetic basis of human traits; (5) discussion of the individualisation of medicine and the important roles of genetic information in disease diagnosis, prognosis and the design and choice of therapy. In summary, the module provides an introduction to: • The genetic basis of mendelian & complex disorders • Genetic technologies & methodologies used to elucidate the genetic basis of human traits • The exploitation of genomic data in diagnosis, prognosis & treatment of disease • The individualization of medicine using genetic information |