See module specification for other years:
2023-242024-25
Module summary
The broad aim of the module is
to give students a critical awareness of research into the
molecular basis of disease. Topics will be drawn from biomedical
research specialisations in the Department, including cancer,
immunology, microbiology, neuroscience and parasitology.
Several research case studies
will be presented, each covering initial ideas, preliminary
findings, basic research and how an understanding of molecular
mechanisms can translate into potential disease
interventions.
In addition to learning about
mechanisms of disease pathology, the lectures will provide
students with a critical insight into the research process,
including how various factors, such as funding opportunities,
new technology, methodological development, competition and
often, serendipity, contribute to important breakthroughs.
As appropriate, the lecture
sessions will include a lab visit/tour and/or opportunity for
post-docs to tell students about their research, in order to
provide hands-on exposure to the underpinning methodological
approaches, technologies and molecular mechanisms being
studied.
Supported by tutorials and
inspired by the lectures, students will undertake research of
the literature in a disease of their choosing and write a
critical review that appraises the validity and impact of
mechanistic data in the design of potential therapies.
Module will run
Occurrence
Teaching period
A
Spring Term 2022-23
Module aims
The broad aim of the module is
to give students a critical awareness of research into the
molecular basis of disease. Topics will be drawn from biomedical
research specialisations in the Department, including cancer,
immunology, microbiology, neuroscience and parasitology.
Several research case studies
will be presented, each covering initial ideas, preliminary
findings, basic research and how an understanding of molecular
mechanisms can translate into potential disease
interventions.
In addition to learning about
mechanisms of disease pathology, the lectures will provide
students with a critical insight into the research process,
including how various factors, such as funding opportunities,
new technology, methodological development, competition and
often, serendipity, contribute to important breakthroughs.
As appropriate, the lecture
sessions will include a lab visit/tour and/or opportunity for
post-docs to tell students about their research, in order to
provide hands-on exposure to the underpinning methodological
approaches, technologies and molecular mechanisms being
studied.
Supported by tutorials and
inspired by the lectures, students will undertake research of
the literature in a disease of their choosing and write a
critical review that appraises the validity and impact of
mechanistic data in the design of potential therapies.
Module learning outcomes
Students will
have a comprehensive and critical understanding of:
the mechanistic basis
of selected diseases at the molecular level
how research has been
designed and implemented to investigate a specific disease.
the theory of,
and when to apply, various experimental techniques to study the
molecular basis of disease.
Academic and graduate
skills
Students will be able to:
Write a review
that critically evaluates peer-reviewed scientific literature in
an area of molecular medicine.
Synthesise an argument that
draws on several (potentially contradicting) sources.
Provide
constructive feedback on written work.
Indicative assessment
Task
% of module mark
Essay/coursework
100.0
Special assessment rules
None
Indicative reassessment
Task
% of module mark
Essay/coursework
100.0
Module feedback
Feedback on your progress is important to your learning process; your
draft review will be commented on and returned to you, your final
submission will also be returned with comments.
Indicative reading
These are available through the VLE module site.
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