Through the taught elements which include ~60 hours of lectures and modules on biostatistics along with lab-based research, the course will enable students to gain practical research skills and new specialist knowledge that may be essential to achieving a career in biomedical research. Its main aims are:
•to expand and enhance the student’s knowledge of biomedical research; the model systems, the tools, techniques and approaches employed to investigate the molecular mechanisms of human disease and learn how new treatments are developed and new drugs reach patients; and
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Through the taught elements which include ~60 hours of lectures and modules on biostatistics along with lab-based research, the course will enable students to gain practical research skills and new specialist knowledge that may be essential to achieving a career in biomedical research. Its main aims are:<br/><br/>•to expand and enhance the student’s knowledge of biomedical research; the model systems, the tools, techniques and approaches employed to investigate the molecular mechanisms of human disease and learn how new treatments are developed and new drugs reach patients; and<br/><br/>•to provide students with an opportunity to undertake a focused project in a lab carrying out cutting-edge research into the molecular mechanisms of human disease.<br/><br/>The course is designed from the perspective of the patient, and follows a track from disease diagnosis and identification, to the lab, and then to the various molecular mechanisms of disease classified by the nature of the disfunction, and then back to the patient with a look at potential therapeutics.
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Course Details
Information
Study Mode
Full-time
Duration
10 Months
Start Date
10/2025
Campus
Unknown
Application deadline
Provider Details
Codes/info
Course Code
Unknown
Institution Code
C05
Points of Entry
Unknown
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