Synthetic Organic Chemistry and Biomedical Sciences

Synthetic Organic Chemistry and Biomedical Sciences#

The stream leaders for this combination are:

Synthetic Organic ChemistryProf Alethea Tabora.b.tabor@ucl.ac.uk
Biomedical SciencesDr Paola Verganip.vergani@ucl.ac.uk

Term 1

Core modules

BIOS0019

Life Sciences Foundation

15 credits

T1

CHEM0005

Chemical Foundations

15 credits

T1~3

NSCI0010

Science and Society

0 credits

T1

Choose an NSCI module

NSCI0006

Mathematics for Natural Sciences B

15 credits

T1

[*]

NSCI0005

Mathematics for Natural Sciences A

15 credits

T1

[**]

[*] select if you will not be studying PHAS0011
[**] select if you will be studying PHAS0011

Choose an additional foundation module

GEOL0007

The Earth

15 credits

T1

HPSC0009

Introduction to History, Philosophy and Social Studies of Science

15 credits

T1

PHAS0011

Modern Physics, Astronomy and Cosmology

15 credits

T1

STAT0002

Introduction to Probability and Statistics

15 credits

T1

Term 2

Core modules

CHEM0008

Basic Organic Chemistry

15 credits

T2

CELL0008

Introduction to Cell Biology

15 credits

T2

PHOL0002

Introductory Mammalian Physiology

15 credits

T2

Choose one module

CHEM0009

Basic Physical Chemistry

15 credits

T2

CHEM0013

Basic Inorganic Chemistry

15 credits

T2

Choose one module

NSCI0036

Programming for Scientists

15 credits

T2

NSCI0039

Science Communication

15 credits

T1

NSCI0038

Science for All

15 credits

T2

(Biomedical Sciences)
Choose at least 45 credits

Core modules

PHAR0007

Introductory Pharmacology

15 credits

T1&2

PHOL0003

Animal and Human Physiology: Integrative Physiology

15 credits

T1

PHOL0005

Structure and Function of Nervous Systems

15 credits

T1

Further options

STAT0021

Introductory Statistical Methods and Computing

15 credits

T2

[*]

BIOC0006

Essential Protein Structure and Function

15 credits

T2

[*]

BIOL0008

Fundamentals of Molecular Biology

15 credits

T1

[*]

ANAT0003

Human Neuroanatomy

15 credits

T2

INIM0005

Immunology

15 credits

T2

[*]

MPHY0006

Introduction to Biophysics

15 credits

T2

BIOS0030

Introduction to Coding for Bioscience Research (Python)

15 credits

T2

[*]

BIOS0044

Research Skills for Biosciences

15 credits

T1&2

[*] 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

Core modules

CHEM0016

Organic Chemistry

30 credits

T1&2

CHEM0018

Organic Reaction Mechanisms

15 credits

T2

You can choose 1 module

CHEM0015

Inorganic Chemistry for Physical Science
!Pre-requisites: CHEM0013

15 credits

T1&2

CHEM0012

Chemistry of Materials
!Pre-requisites: CHEM0013

15 credits

T1

CHEM0020

Physical Chemistry for Life Sciences
!Pre-requisites: CHEM0009

15 credits

T2

Core modules

NSCI0004

Literature Project for Natural Sciences BSc/MSci Programme

15 credits

T1&2

(Biomedical Sciences) Major stream select 60-75 credits; Minor stream select 30-45 credits

Core modules

PHAR0011

Molecular Pharmacology

15 credits

T1

Option Modules

PHOL0008

Cell Signalling in Health and Disease

30 credits

T1&2

[*]

PHAR0012

Receptor Mechanisms

15 credits

T1

[*]

PHOL0006

Respiration in Health and Disease

15 credits

T2

PHOL0007

Heart and Circulation

30 credits

T1

INIM0006

Immunology in Health and Disease

15 credits

T1

[**]

PHAR0018

Synaptic Pharmacology

15 credits

T2

NEUR0020

Integrative Systems Neuroscience

15 credits

T1

PHAR0014

Drug Design and Development

15 credits

T1

PHAR0027

Drug Design and Development (extended)

30 credits

T1&2

BIOS0040

Advanced statistics and Machine Learning for Biosciences

15 credits

T1

[*]

[*] 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

Core modules

CHEM0034

Advanced Topics in Organic Chemistry

15 credits

T1&2

CHEM0035

Organic Photochemistry Radicals and Heterocycles

15 credits

T2

Core module for major stream

CHEM0024

Synthesis and Characterisation Techniques in Chemistry

15 credits

T1&2

Option Modules

Major stream select 15-30 credits. Minor stream select 0-15 creditS

CHEM0033

Principles of Drug Design

15 credits

T2

CHEM0039

New Directions in Materials Chemistry
!Pre-requisites: CHEM0013

15 credits

T1

CHEM0031

Inorganic Rings, Chains and Clusters

15 credits

T2

[*]

[*] CHEM0013 is a pre-requisite however it is fine to take this module without as long as you do some self-study

Choose the relevant research project

BIOS0017

MSci Research Project in Life Sciences

60 credits

T1&2

CHEM0080

Advanced Chemical Research Project

75 credits

T1~3

(Biomedical Sciences) Major stream select 30-60 credits; Minor stream select 0-30 credits

Option Modules

PHAR0010

Neuropharmacology

15 credits

T1

[*]

CELL0018

Research Techniques in Cell Biology

15 credits

T1

[**]

PHAR0019

Pharmacology of Inflammation

15 credits

T2

[*]

ANAT0013

Pain

15 credits

T2

PHAR0013

Pharmacology of Inflammation (Extended)

30 credits

T2

NEUR0016

Neural Computation: Models of Brain Function
!Pre-requisites: ANAT0003

15 credits

T1

NEUR0019

Foundations of Neuroinformatics

15 credits

T2

INIM0030

Immunodeficiency and Therapeutics

15 credits

T2

[†]

INIM0031

The Immune System, Cancer, and its Treatment

15 credits

T2

[‡]

CELL0027

Computational Cell Biophysics

15 credits

T1

BIOL0050

Advanced Computational Biology

15 credits

T2

[*] 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

Option modules

CHEM0077

Topics in Modern Chemistry

15 credits

T1&2

CHEM0078

Topics in Modern Chemistry

30 credits

T1&2

CHEM0079

Topics in Modern Chemistry

45 credits

T1&2

Topics to be taught in term 1 and assessed by end of first week of term 2