HUMAN GENETICS UNIT

Faculty of Medicine, University of Colombo, Sri Lanka Established in 1983

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MSc Genetic Diagnostics
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Course Title:     

 MSc (Genetic Diagnostics)

 

A brief description about the course:

 

This course is a course conducted jointly by the Human Genetics Unit, Faculty of Medicine, University of Colombo and the Institute of Medical Genetics University of Oslo, Norway. The degree will be awarded by the University of Colombo.

 

This course aims to develop knowledge, skills, and attitudes required by medical and science graduates to deliver genetic diagnostics services.

 

By the end of this course students must have the requisite knowledge, skills and attitudes that would enable them to have a working knowledge of:

-  molecular technologies including polymerase chain reaction, real time PCR, conventional and next generation sequencing, and array based technologies.

-  cytogenetics including terminology, karyotypes, and FISH.

-  clinical applications of cytogenetics such as prenatal diagnosis, identification of congenital abnormalities, and diagnosis and monitoring of malignancy.

-  interpretation of molecular and cytogenetic data from clinical cases and compose        diagnostic reports, in correlation with clinical, morphologic, and other findings.

-  bioinformatics

-  quality assurance, assay validation, ethics, regulatory issues, professionalism, and lab administration.

 

Duration:            

 

        2 years

 

Entry Requirements:

 

Applicants should have a M.B.,B.S. or equivalent degree registered with the Sri Lanka Medical Council.

 

Foreign applicants should have a M.B.,B.S. or equivalent degree registered with the Medical Council of the country of residence of the applicant.

 

        BSc in a Biomedical Sciences Subject or equivalent degree

 

Overview:

 

Course structure and contents:

 

The course structure and subject areas are as follows:

 

Semester 1: Core Modules

 

Module 1: Cytogenetics [10 credit course]

Module 2 : Molecular Genetics [10 credit course]

Module 3: Special Topics [5 credit course]

Module 4: Introduction to Research Methods [5 credit course]

 

Semester 2:  Molecular Diagnostics Modules

Module 5b: Bioinformatics [10 credit course]

Module 6B: Diagnostic Methods [10 credit course]

Module 7A:  Hands on experience attached to a genetic diagnostic laboratory [10 credit course]

 

Semester 3 and 4: Research[60 credits]

Module 8:  Research project, dissertation writing, and defense of the dissertation.

 

            Assessments:

 

The assessments would consist of written and practical assessments in module 1 to 7A and carrying out a research project, writing a dissertation and defense of the dissertation at a viva.

 

Tuition Fees:

 

Rs. 300,000 + 700,000 (bench fees)

 

            10 students will receive full scholarships to follow the course and a

            monthly stipend of about Rs. 30,000/-

 

            The student who obtains the best results in the first year will receive 

            funding to carryout the second year research project at the Institute of

            Medical Genetics, University of Oslo, Norway.

 

Further Information:

 

The intake is restricted to 10 students.

 

Students will receive funding support under the NOMA programme of the Norwegian Centre for International Collaboration in Higher Education.

 

The course co-ordinator Dr. Vajira H. W. Dissanayake can be contacted on vajirahwd@hgucolombo.org

 

How to apply:

 

Applications will be called in April/May every year. The Course commences on the first week of August. Information will be available on the website of the Human Genetics Unit; http://www.hgucolombo.org

 

Students will be selected to follow the course from applicants on the basis of their performance at a selection examination which has a written component and an interview.  The written component will contribute 75% and the interview will contribute 25% to the total mark. Students who obtain an overall mark of 50% or more will qualify for selection. The 10 studentships will be filled in the order of merit based on marks at the selection examination.

 

Teaching style and methods:

 

This is a two year full time course with classroom teaching, laboratory work and a research project.