Biomedical Sciences and Synthetic Organic Chemistry#
The stream leaders for this combination are:
| Biomedical Sciences | Dr Paola Vergani | p.vergani@ucl.ac.uk |
| Synthetic Organic Chemistry | Prof Alethea Tabor | a.b.tabor@ucl.ac.uk |
Term 1
Mathematics for Natural Sciences B |
15 credits |
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Mathematics for Natural Sciences A |
15 credits |
[*] select if you will not be studying PHAS0011
[**] select if you will be studying PHAS0011
(Biomedical Sciences)
Choose at least 45 credits
Introductory Statistical Methods and Computing |
15 credits |
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Essential Protein Structure and Function |
15 credits |
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Fundamentals of Molecular Biology |
15 credits |
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Human Neuroanatomy |
15 credits |
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Immunology |
15 credits |
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Introduction to Biophysics |
15 credits |
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Introduction to Coding for Bioscience Research (Python) |
15 credits |
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Research Skills for Biosciences |
15 credits |
[*] highly recommended (note, STAT0021 cannot be selected if STAT0002 studied; BIOS0030 cannot be taken alongside NSCI0036)
Speak to the Stream Leader if you wish to discuss your module choices
(Synthetic Organic Chemistry)
Choose at least 45 credits
(Biomedical Sciences) Major stream select 60-75 credits; Minor stream select 30-45 credits
Cell Signalling in Health and Disease |
30 credits |
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Receptor Mechanisms |
15 credits |
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Respiration in Health and Disease |
15 credits |
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Heart and Circulation |
30 credits |
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Immunology in Health and Disease |
15 credits |
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Synaptic Pharmacology |
15 credits |
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Integrative Systems Neuroscience |
15 credits |
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Drug Design and Development |
15 credits |
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Drug Design and Development (extended) |
30 credits |
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Advanced statistics and Machine Learning for Biosciences |
15 credits |
[*] highly recommended (note, PHOL0008 and PHAR0012 cannot be taken together)
[**] INIM0005 desirable
(Synthetic Organic Chemistry)
Major stream select 60-75 credits; Minor stream select 30-45 credits
Major stream select 15-30 credits. Minor stream select 0-15 creditS
Principles of Drug Design |
15 credits |
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New Directions in Materials Chemistry |
15 credits |
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Inorganic Rings, Chains and Clusters |
15 credits |
(Biomedical Sciences) Major stream select 30-60 credits; Minor stream select 0-30 credits
Neuropharmacology |
15 credits |
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Research Techniques in Cell Biology |
15 credits |
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Pharmacology of Inflammation |
15 credits |
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Pain |
15 credits |
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Pharmacology of Inflammation (Extended) |
30 credits |
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Neural Computation: Models of Brain Function |
15 credits |
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Foundations of Neuroinformatics |
15 credits |
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Immunodeficiency and Therapeutics |
15 credits |
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The Immune System, Cancer, and its Treatment |
15 credits |
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Computational Cell Biophysics |
15 credits |
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Advanced Computational Biology |
15 credits |
[*] highly recommended
[**] contact module organiser to discuss availability
[†] INIM0006 and INIM0006 desirable
[‡] INIM0005 desirable
(Synthetic Organic Chemistry)
Major stream select 15-45 credits; Minor stream select 0-30 credits