Algemene informatie
Vakcode | XM_0042 |
---|---|
Studiepunten | 42 EC |
Periode | Ac. Jaar (sept) |
Vakniveau | 600 |
Onderwijstaal | Engels |
Faculteit | Faculteit der Bètawetenschappen |
Vakcoördinator | dr. D.J. Scholten |
Examinator | dr. D.J. Scholten |
Docenten |
Praktische informatie
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Doelgroepen
Dit vak is ook toegankelijk als:
Dit vak wordt in het Engels aangeboden. Omschrijvingen kunnen daardoor mogelijk alleen in het Engels worden weergegeven.
Doel vak
The aim is to obtain experience in scientific research including thedesign and execution of experiments and to critically interpret and
reflect on the experimental results. The project will be conducted
within the field of Radiopharmaceutical chemistry in one of the
following settings:
- University or Academic hospital
- Research institute
- Company
The internship can be performed either within the Netherlands or abroad.
Inhoud vak
The focus lies on the development and biological evaluation of novelradiopharmaceuticals to study and profile a disease in vitro and in
vivo. Continuously new targets and drugs are being discovered and
developed. However, drug development is a complex process, which is time
consuming and often during late stage (phase II or III) clinical studies
a drug is not further developed.
Within the radionuclide center we have the unique opportunity to
synthesize PET tracers and study these radioactively labeled compounds
for their in vitro and in vivo behavior as well as the disease itself.
Drug lead compounds or analogues can be turned into PET tracers by
labeling the molecules of interest with carbon-11 and fluorine-18 for
small molecules or zirconium-89 for proteins and antibodies. Prior to
any radiolabeling for PET tracer synthesis, the precursor molecules need
to be synthesized, which requires state of art organic medicinal
chemistry. All disease areas can be studies using PET imaging, but
mainly comprise neurological or oncological disorders. Ultimately, the
use of radiopharmaceutical chemistry will allow a more rapid drug
development process since we can better understand both disease and the
in vivo behavior of drug.
During the traineeship, the student actively participates in a research
project as exerted by the host group/institute and entails one or more
of the following sub-disciplines:
1) Organic synthesis
2) Radiochemistry
3) Analytical chemistry
4) Molecular biology
5) Molecular pharmacology
The specific content of the project depends on the associated
supervisor(s), available projects on location and the timing of the
internship.
Attention will be paid to setting up new research/experiments, using
state-of-the-art experimental techniques, analyzing experimental results
and keeping adequate documentation. In all, the student will get exposed
to doing research as well as to contemporary specialist techniques.
Onderwijsvorm
Literature review, formulating a research question, conductingexperiments, keeping adequate documentation (e.g. labjournal), analyzing
data, reporting on results in progress/group meetings, in a written
thesis and final presentation within the research group.
Toetsvorm
Academic attitude, execution, oral presentation and written thesisVereiste voorkennis
Entry requirements with respect to attained courses and number ofcredits apply. See the Education and Examination regulations and the
internship manual Drug Discovery & Safety. For questions, consult the
internship coordinator well in advance (internships_sf.beta@vu.nl).
In addition, an internal radiation safety course will have to be
completed, including an exam, before the student is allowed to do
radiochemistry experiments. This training is a part of the internship.
Literatuur
Starting literature will be provided by the supervisor. The first 1-2weeks of the traineeship will be spent on literature reading and
preparation for the project.
Doelgroep
Research variant of mDDS-DD&S, DDS-DDTFOverige informatie
The standard length of a major internship is 42 EC (7 months). Extensionup to 60 EC (10 months) can be incorporated as part of the optional part
of the master program. Make sure you discuss your personal education
plan with your master (track) coordinator well in advance. See the
“Master Drug Discovery & Safety Internship manual” for more information
(rules, regulations, tips, etc.) on the internship process. This manual
can be found on the canvas community “Master Drug Discovery & Safety”.