Research Group: Molecular Assembly, Function and Structure
The Molecular Assembly, Function and Structure group is involved with all aspects of the synthesis, characterisation, properties and applications of new molecular and supramolecular compounds and framework materials. The Molecular Assembly Research Group's activities span the underpinning disciplines of organic and inorganic synthesis with research programmes including total synthesis, organometallic chemistry and catalysis, coordination and supramolecular chemistry and the preparation and study of new inorganic framework materials. We apply our skills to assemble and study new compounds for many different applications, including healthcare, fine chemicals, green chemistry, functional materials, electronic materials and devices.
Currently Active: Yes
Group Overview
Our molecular assembly research reflects the diversity of organic and inorganic chemistry with a strong flavour of structure determination and structure/function relationships. Active research programmes within our group are concerned with developing new synthetic methodologies, total synthesis of complex biological molecules, green chemistry and catalysis, new framework materials, coordination, macrocyclic and supramolecular chemistry for a range of applications eg in materials science, healthcare, electronics and sustainable industrial processes.
The ability to establish the composition (identity) and precise structures of the molecules and materials being prepared are key features of our work and often lead to improved understanding of structure/function relationships. Diffraction techniques therefore play a major role within our molecular assembly research, including single crystal and powder X-ray diffraction and neutron diffraction (using the UK national neutron facility at ISIS).
Chemistry also hosts the EPSRC National Crystallographic Service led by Professor Phil Gale and Dr Simon Coles with state-of-the-art ultra-high flux X-ray sources for single crystal structure determination. Time resolved X-ray spectroscopic methods also feature strongly, using the major synchrotron facility in the UK (Diamond Light Source) and abroad (ESRF, SLS etc) and ground-breaking work on the development of X-ray spectroscopic methods to probe in situ reactions and in operando catalysts.
Staff within the section are engaged in important interdisciplinary projects involving academics and industrialists both nationally and internationally, where their skills in preparing, handling, characterising and developing applications of new molecules and materials play key roles. Within the University itself we have strong research links with Electronic and Computer Science, Medicine, Physics and Engineering Sciences.
Publications
Selected publications associated with this group from the University of Southampton's electronic library (e-prints):
Key Publications
Staff
Members of staff associated with this group:
Dr Sally Bloodworth
Senior Teaching FellowDr Darren Bradshaw
ReaderDr Lynda J Brown
Research FellowProfessor Richard C D Brown
ProfessorDr Simon J Coles
Senior LecturerDr Graeme M Day
ReaderProfessor John Evans
ProfessorProfessor Philip A Gale
ProfessorDr Martin C Grossel
ReaderProfessor David C Harrowven
ProfessorProfessor Michael B Hursthouse
Emeritus ProfessorDr Tony D Keene
Research FellowDr Jonathan Kitchen
LecturerDr G John Langley
Principal Research FellowProfessor Bill Levason
ProfessorDr Mark E Light
Experimental OfficerDr Robert Raja
ReaderProfessor Gill Reid
ProfessorDr Ramon Rios
ReaderProfessor Richard J Whitby
Professor
Research projects
Research projects associated with this group:
Bartlett, Hector, Levason and Reid: Phase Change Memory Materials via Non-Aqueous Electrodeposition
Brown, R: Asymmetric Phase-Transfer Catalysis
Whitby: Asymmetric Synthesis - Novel chiral transition metal complexes
Light: Automation of Single Crystal Diffraction
Gale: Binding, deprotonation and CO2
Raja: Bioinspired Solid Catalysts for Sustainable Oxidations
Grossel: Biological applications of polymers
Gale: Calix[4]pyrrole: an old yet new ion pair receptor
Levason: Chemistry of Bi- and Polydentate Antimony and Bismuth Ligands
Harrowven: Chemistry Without Reagents
Levason: Coordination Chemistry of Early Transition Metals and Lanthanides
Levason: Coordination Chemistry of Main Group Elements
Raja: Design Approach in Heterogeneous Organocatalysis
Reid: Development and utilisation of sulfimide derivatised macrocyclic systems
Stulz: DNA as supramolecular scaffold for porphyrin arrays
Raja: Engineering Active Sites for Enhancing Catalytic Synergy
Luckhurst: Field-induced Director Dynamics in Nematics
Harrowven: First Total Synthesis of 1-Desoxyhypnophilin
Luckhurst: Flexoelectric Behaviour of Liquid Crystal Dimers
Evans: Heterogeneous Catalysis and Surface Organometallic Chemistry
High-Throughput Electrochemistry
Evans: High throughput in situ X-ray absorption spectroscopy for materials characterisation
Raja: Hybrid catalysts for biomass conversions to selective chemical intermediates
Gale: Hydrogen bonding receptors for guest binding
Raja: Hydrogen generation via photocatalytic oxidation of water
Evans: In situ X-ray absorption spectroscopy for materials and catalyst characterisation
Whitby: Insertion of carbenoids into organozirconocene chlorides
Whitby: Insertion of carbenoids into zirconacycles
Whitby: Invention of new transition metal catalysed reactions
Innovative Synthesis, Culture and Entrepreneurship in Chemistry (ISCE-Chem)
Lewis acid mediated cyclisations of methylenecyclopropane derivatives
Reid: Main Group coordination chemistry
Evans: Mechanisms of homogeneous catalysis reactions
Gale: Membrane Transporters for Anions
Methylenecyclopropane Derivatives
Nandhakumar & Whitby: Molecular Electronics and Neural Networks
Reid: Multidentate and macrocyclic organoselenium and -tellurium ligands
Levason: Multidentate and Macrocyclic Selenoether and Telluroether Chemistry
Raja: Multifunctional hierarchical architectures for biodiesel production
Whitby: Natural product synthesis using zirconium chemistry
Brown, R: New Antibacterial Compounds Active Against MRSA
Grossel: New Crystal Engineering Synthons
Grossel: New materials for Optoelectronics Applications
Whitby: Organic synthesis using transition metal chemistry
Brown, R: Oxidative Cyclisation: Total Syntheses of Acetogenins
Raja: Renewable marine energy and maritime engineering
Reid: Sb- and Bi-Containing Polydentates & Macrocycles
Brown, R: Solid-Phase Organic Synthesis
Grossel: Supramolecular Approaches to Cryogenic NMR Relaxation Agents
Supramolecular models for quantification of biological interactions
Raja: Sustainable Catalysis for Renewable Energy Applications
Whitby: Synthesis of Bioactive compounds: Ligands for Nuclear Receptors and Neuroactive amines
Harrowven: Synthesis of Combretastatin A-4 and Related Analogues
Harrowven: Synthesis of Medium-Sized Rings, Biaryls and Triaryls
Harrowven: Synthesis of the Aplysin Family of Natural Products
Harrowven: Total Synthesis of Toddaquinoline
Luckhurst: Thermotropic Biaxial Nematic Liquid Crystals
Reid: Thioether ligand chemistry
Harrowven: Total Syntheses of (–)-Colombiasin A and (–)-Elisapterosin B
Harrowven: Total Synthesis of Cavicularin and Riccardin C
Brown, R: Total Synthesis of (–)-Galanthamine
Tweezer receptors and a combinatorial approach to peptide receptors