Professor Stephen Mann FRS CURRICULUM VITAE
Professor Stephen Mann FRS CURRICULUM VITAE
Professor Stephen Mann FRS CURRICULUM VITAE
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<strong>Professor</strong> <strong>Stephen</strong> <strong>Mann</strong> <strong>FRS</strong><br />
<strong>CURRICULUM</strong> <strong>VITAE</strong><br />
SURNAME: <strong>Mann</strong><br />
OTHER NAMES: <strong>Stephen</strong><br />
DATE OF BIRTH: 01.04.55<br />
NATIONALITY: British<br />
MARITAL STATUS: Married<br />
ADDRESS (HOME): Flat 6, St Brenda’s Court, Clifton Park, Bristol BS8 3BN<br />
Telephone: (44)-(0)117 9745511<br />
CURRENT POSITION: <strong>Professor</strong> of Chemistry,<br />
School of Chemistry,<br />
University of Bristol, BS8 1TS, UK.<br />
Tel.: (44)-(0)117-9289935.<br />
Fax: (44)-(0)117-9251295<br />
email:s.mann@bris.ac.uk<br />
http://www.chm.bris.ac.uk/inorg/mann/webpage.htm<br />
UNIVERSITY EDUCATION:<br />
1973-1976 UMIST, BSc (Hons.) Chemistry, 1st Class.<br />
1977-1978 University of Manchester. MSc.<br />
1978-1981 Inorganic Chemistry Laboratory,<br />
University of Oxford. D. Phil. .<br />
Supervisor; Prof. R .J. P. Williams <strong>FRS</strong>.<br />
ACADEMIC POSITIONS<br />
University of Bath:<br />
1984-1988 Lecturer in Inorganic Chemistry<br />
1988-1990 Reader in Inorganic Chemistry<br />
1990-1998 <strong>Professor</strong> of Inorganic Chemistry<br />
University of Bristol<br />
1998- <strong>Professor</strong> of Chemistry<br />
1999- Director, Centre for Organized Matter Chemistry<br />
2009- Principal, Bristol Doctoral Training Centre in Functional<br />
Nanomaterials<br />
AWARDS AND DISTINCTIONS:<br />
1976 Royal Society of Arts Silver Medal, Award. UMIST, 1976.<br />
1981-1984 EPA Junior Research, Fellowship. Keble College, Oxford.<br />
1988 Visiting <strong>Professor</strong>, Weizmann Institute of Science, Israel.<br />
1993 Corday-Morgan Medal (1991), Royal Society of Chemistry.<br />
1993-1994 Visiting <strong>Professor</strong>, University of California, Santa Barbara, USA<br />
1996- Fellow Royal Society of Chemistry<br />
1996 Vinci of Excellence Trophy, Science for Art Prize, Paris.
1998-2003 Max-Planck Society/Alexander von Humboldt Foundation Research<br />
Award for International Cooperation<br />
1998- Member of The Alexander von Humboldt Foundation<br />
2000 Royal Society of Chemistry Interdisciplinary Award 1999<br />
2001 Barré Lecturer, University of Montreal, Canada.<br />
2002 Dow Distinguished Lecture in Materials Science, Northwestern<br />
Univeristy, USA.<br />
2003 Fellow of the Royal Society, UK<br />
2005 Daniell Lecturer, University College, London<br />
2006 Joseph Chatt Lecture and Medal, Royal Society of Chemistry (2007/08)<br />
2006-2011 Royal Society Wolfson Research Merit Award<br />
2009 Visiting <strong>Professor</strong>, College de France, Paris.<br />
PROFESSIONAL ACTIVITIES:<br />
1990-1993 Inorganic Chemistry, Subcommittee , SERC.<br />
1991-1992 Transition Metals in Biology Subcommittee, SERC.<br />
1992- Editorial Advisory Board, Journal of Inorganic Biochemistry.<br />
1993-2007 Editorial Advisory Board, Mater. Sci. Eng. C: Biomimetic Materials.<br />
1993- Editorial Advisory Board, Advanced Materials.<br />
1993-99 Editorial Advisory Board, Chemical Communications<br />
1993-1996 Member of Council, Dalton Division, RSC.<br />
1994-2002 Editorial Advisory Board, Curr. Opin. Solid State and Materials Science.<br />
1994- Editorial Advisory Board, Curr. Opin. Colloid and Interface Science.<br />
1996-2004 Editorial Advisory Board, Chemistry of Materials<br />
1996-99 Associate Editor (Materials), Chemical Communications<br />
1997- Editorial Advisory Board, Bioengineering of Materials<br />
1997-2002 Editorial Advisory Board, Journal of Structural Biology<br />
1999-2005 Editorial Advisory Board, Crystal Engineering Communications<br />
1999- International Advisory Board, Angewandte Chemie<br />
2000-2002 Editorial Advisory Board, Crystal Growth and Design<br />
2001-2004 Editorial Board, J. Materials Chemistry<br />
2004- Editorial Advisory Board, Small<br />
2004- Nanomaterials and Nanotechnology Committee, Institute of Materials<br />
2003-2006 Soiree (Summer Science) Committee, Royal Society<br />
2003-2006 URF Fellowships (Physical Sciences) Committee, Royal Society<br />
2003-2007 Royal Society International Travel Grants Committee<br />
2005-2008 Editorial Advisory Board Accounts of Chemical Research<br />
2005-08 RAE Panel E Committee<br />
2006-09 Sectional Committee 3, Royal Society<br />
2010 EPSRC Physical Sciences Panel: Chemistry Theme<br />
2010 Editorial Advisory Board Chemical Science<br />
PUBLICATIONS : 395<br />
H-index: 83<br />
Citations: 22,283<br />
Average citations per paper: 59<br />
2
PRESENTATIONS<br />
Invited talks (International conferences): 120<br />
Invited Talks (Colloquia): 147<br />
Scientific Leadership Profile<br />
<strong>Professor</strong> <strong>Mann</strong> is distinguished for pioneering research concerned with the chemically<br />
based synthesis, characterization and emergence of complex forms of organized matter.<br />
Specifically, his early work opened up new horizons in the study of biomineralized<br />
nanostructures through detailed structural investigations of diverse systems such as<br />
magnetic nanocrystals in magnetotactic bacteria (Nature 343, 258-261 (1990),<br />
superparamagnetic iron oxide nanoparticles in ferritin proteins (Nature 349, 684-687<br />
(1991), and complex calcium carbonate micro-crystals in calcified algae (Nature 356, 516-<br />
518 (1992). This extensive research programme culminated in the development of a new<br />
conceptual framework that integrated notions of molecular recognition, molecular tectonics<br />
and biomimetic materials synthesis [Nature 332, 119-124 (1988), Nature 365, 499-505<br />
(1993), and continues to have wide-ranging international impact. A general book for<br />
students on this new area of science was published in 2001 (Biomineralization: Principles<br />
and Concepts in Bioinorganic Materials Chemistry (2001)).<br />
<strong>Mann</strong> subsequently pioneered a new research field based on the abstraction of<br />
biomineralization principles for the development of novel approaches in the emerging area<br />
of materials chemistry. Through a series of elegant experiments he showed that the synthesis<br />
and self-assembly of higher-order inorganic-organic nanostructures could be produced using<br />
biomimetic principles such as supramolecular preorganization (Nature 364, 430-433 (1993),<br />
template-directed nucleation (Nature 334, 692-695 (1988), reaction-field morphological<br />
replication (Science 264, 1576-1578 (1994) and nanotectonics (Nature 402, 393-395 (1999).<br />
Specifically, <strong>Mann</strong> and his research team published several key research papers that<br />
demonstrated that self-assembled biological structures such as protein cages (Science 257,<br />
522-523 (1992), cylindrical virus particles (NanoLetts. 3, 413-417 (2003), helical lipid<br />
microstructures (Angew. Chemie Int. Ed. 41, 2988-2991 (2002), and thread-like bacterial<br />
superstructures (Nature 385, 420-423 (1997) could be exploited for the template-directed<br />
nucleation, growth and patterning of inorganic materials.<br />
Prof. <strong>Mann</strong>’s research is wide-ranging and continually evolving into new frontiers. The<br />
general theme of the work is concerned with the chemical synthesis, characterization and<br />
emergence of complex forms of organized matter. Current research activities include:<br />
biomineralization, biomimetic materials chemistry, nanomagnetics, bioinorganic<br />
nanocomposites, template-directed materials synthesis, porous inorganic-organic<br />
mesostructures, multi-functional self-assembled materials, polymer-mineral composites,<br />
smart colloids and superstructures. In the last few years, <strong>Mann</strong> has been involved in setting<br />
a new scientific agenda that aims to discover and exploit processes of morphosynthesis in<br />
materials synthesis (Nature 382, 313-318 (1996). Using complex fluids, notably surfactant<br />
and polymer micelles and microemulsions, he has demonstrated that emergent structures<br />
with complex form and hierarchical organization can be spontaneously synthesized by<br />
coupled transformations of hybrid precursor phases in the form of metastable inorganicorganic<br />
nanostructures. The conceptual basis for understanding these novel insights and<br />
3
their generic significance in materials-based nanoscience have been recently presented<br />
(Angew. Chemie Int. Ed 42, 2350-2365 (2003), and <strong>Mann</strong> is currently pursuing these<br />
ground-breaking notions of nanoscale complexity and emergence through various research<br />
programmes, including the relationship of nanoscience and the origin of life (Angew.<br />
Chemie Int. Ed 47, 5306-5320 (2008). Recently, these new ideas in nanoscience have been<br />
placed into an integrative conceptual framework (Nature Materials 8, 781-792 (2009). A<br />
new area of bionanoscience research involving the preparation and properties of the first<br />
known example of a functional solvent-free liquid protein has been recently published and<br />
reported extensively in the media (Nature Chemistry 2, 622-626 (2010).<br />
.<br />
In recognition of the pioneering quality and international standing of the above body of<br />
work, <strong>Mann</strong> was elected as a Fellow of the Royal Society, UK in 2003. He has obtained<br />
numerous awards from the Royal Society of Chemistry (Corday-Morgan Medal (1993),<br />
RSC Interdisciplinary Award (1999), J. Chatt Award and Medal (2007)), the Royal Society<br />
(Wolfson Research Merit Award (2006), and Max Planck Society (Research Prize for<br />
International Cooperation (1998), and has presented more than 120 and 145 lectures at<br />
international conferences and research colloquia, respectively. Currently, Prof. <strong>Mann</strong> has<br />
been appointed to the editorial and advisory boards of numerous journals (see CV) and is<br />
currently serving as a member of the advisory boards for Advanced Materials, Angewandte<br />
Chemie and Small. He was appointed Barré Lecturer, University of Montreal, Canada<br />
(2001), Dow Distinguished Lecture in Materials Science, Northwestern Univeristy, USA<br />
(2003) and J. Chatt Lecturer, UK in 2007. He was visiting professor at the Weizmann<br />
Institute of Science, Israel (1988), University of California, Santa Barbara, USA (1993/4)<br />
and College de France, Paris (2009).<br />
Prof <strong>Mann</strong> has supervised over 55 postgraduate students and 40 postdoctoral research<br />
assistants, 12 of which have taken up permanent academic positions in Universities and<br />
Research Institutes in the UK and abroad. He plays a key leadership role and mentor as<br />
Director of the Centre for Organized Matter Chemistry, which currently consists of 5<br />
permanent staff members, 2 technical posts, 5 PDRAs, 13 postgraduate students, 18<br />
undergraduate project students, and 4 overseas visiting professors. He is currently Principal<br />
of the Bristol Doctoral Training Centre in Functional Nanomaterials that was established in<br />
2009 with a grant of £6.5 M from the EPSRC, UK.<br />
4
Top 16 papers<br />
Perriman A W, Brogan A P S, Cölfen H, Tsoureas N, Owen G R and <strong>Mann</strong> S<br />
Reversible Dioxygen Binding in Solvent-free Liquid Myoglobin<br />
Nature Chemistry 2, 622-626 (2010).<br />
Bhabra G, Sood A, Fisher B, Cartwright L, Saunders M, Evans W H, Surprenant A, Lopez-Castejon G, <strong>Mann</strong> S,<br />
Davis S A, Hails L A, Ingham E, Verkade P, Lane J, Heesom K, Newson R and Case C P.<br />
Nanoparticles can cause DNA Damage across a Cellular Barrier.<br />
Nature Nanotech. 4, 876-883 (2009).<br />
<strong>Mann</strong> S<br />
Self-assembly and Transformation of Hybrid Nanoscale Objects under Equilibrium and Non-equilibrium<br />
Conditions<br />
Nature Mater. 8, 781-792 (2009).<br />
<strong>Mann</strong> S<br />
Life as a Nanoscale Phenomenon.<br />
Angew. Chemie Int. Ed. 47, 5306-5320 (2008).<br />
Li M, Schnablegger H and <strong>Mann</strong> S.<br />
Coupled Synthesis and Self-assembly of Nanoparticles to give Structures with Controlled<br />
Organization.<br />
Nature 402, 393-395 (1999).<br />
Davis S A, Burkett S L, Mendelson N H and <strong>Mann</strong> S.<br />
Bacterial Templating of Ordered Macrostructures in Silica and Silica-surfactant Mesophases.<br />
Nature 385, 420-423 (1997).<br />
Walsh D and <strong>Mann</strong> S.<br />
Fabrication of Hollow Porous Shells of Calcium Carbonate from Self-organizing Media.<br />
Nature 377, 320-323 (1995).<br />
Walsh D W, Hopwood J D and <strong>Mann</strong> S.<br />
Crystal Tectonics: Construction of Reticulated Calcium Phosphate Frameworks in Bicontinuous<br />
Reverse Microemulsions.<br />
Science 264, 1576-1578 (1994).<br />
Archibald D D and <strong>Mann</strong> S.<br />
Template Mineralization of Self-assembled Anisotropic Microstructures.<br />
Nature 364, 430-433 (1993).<br />
<strong>Mann</strong> S.<br />
Molecular Tectonics in Biomineralization and Biomimetic Materials Chemistry.<br />
Nature 365, 499-505 (1993).<br />
Young J R, Didymus J M, Bown P R, Prins B and <strong>Mann</strong> S.<br />
Crystal Assembly and Phylogenetic Evolution in Heterococcoliths.<br />
Nature 356, 516-518 (1992).<br />
Meldrum F C, Heywood B R, and <strong>Mann</strong> S.<br />
Magnetoferritin: in vitro Synthesis of a Novel Magnetic Protein.<br />
Science 257, 522-523 (1992).<br />
Meldrum F C, Wade V J, Nimmo D L, Heywood B R and <strong>Mann</strong> S.<br />
Synthesis of Inorganic Nanophase Materials in Supramolecular Protein Cages.<br />
Nature 349, 684-687 (1991).<br />
5
<strong>Mann</strong> S, Sparks N H C, Frankel R B, Bazylinski D A and Jannasch H W.<br />
Biomineralization of Ferrimagnetic Greigite (Fe3S4) and Pyrite (FeS2) in a Magnetotactic<br />
Bacterium.<br />
Nature 343, 258-261 (1990).<br />
<strong>Mann</strong> S.<br />
Molecular Recognition in Biomineralization.<br />
Nature 332, 119-124 (1988).<br />
<strong>Mann</strong> S, Heywood B R, Rajam S and Birchall J D.<br />
Controlled Crystallization of CaCO3 under Stearic Acid Monolayers.<br />
Nature 334, 692-695 (1988).<br />
Recent Publications 2009-2010<br />
Collins A M, Skaer N J V, Gheysens T, Knight D, Bertram C, Roach T, Oreffo R O C, Von-Aulock S,<br />
Baris T, Skinner J and <strong>Mann</strong> S.<br />
Bone-like resorbable silk-based scaffolds for load-bearing osteoregenerative applications.<br />
Adv. Mater. 21, 75-78 (2009).<br />
Bonell F, Sanchot A, Dujardin, E, Pechou R, Girard C, Li M and <strong>Mann</strong> S<br />
Processing and Near-field Optical properties of Self-assembled Plasmonic Nanoparticle<br />
Networks.<br />
J. Chem. Phys. 130, 034702-1-6 (2009).<br />
Green D W, Bolland B, Kanczler J, Lanham S, Walsh D, <strong>Mann</strong> S and Oreffo R O C.<br />
Augmentation of skeletal skeletal tissue formation in impaction bone grafting using vaterite<br />
microsphere biocomposites.<br />
Biomaterials 30, 1918-1927 (2009).<br />
Wang H, Patil A J, Liu K, Petrov S, <strong>Mann</strong> S, Winnik M A, and <strong>Mann</strong>ers I.<br />
Fabrication of Continuous and Segmented Polymer/Metal Oxide Nanowires using Cylindrical<br />
Micelles and Block Co-micelles as Templates.<br />
Adv Mater. 21,1805-1808 (2009).<br />
Babister J C, Hails L A, Oreffo R O C, Davis S A and <strong>Mann</strong> S<br />
The Effect of Pre-Coating Human Bone Marrow Stromal Cells with Hydroxyapatite/Amino Acid<br />
Nanoconjugates on Osteogenesis<br />
Biomaterials 30, 3174-3182 (2009).<br />
Bromley K M, Perriman A W, Patil A J and <strong>Mann</strong> S.<br />
Membrane stabilization and transformation in organoclay/vesicle hybrid constructs<br />
Soft Matter 5, 2183-2187 (2009).<br />
Vickery J L, Patil A J and <strong>Mann</strong> S.<br />
Fabrication of Graphene-Polymer Nanocomposites with Higher-Order Three-Dimensional<br />
Architectures.<br />
Adv. Mater. 21, 2180-2184 (2009)<br />
Liu S, Yu J and <strong>Mann</strong> S<br />
Synergetic Co-doping in Fluorinated Ti1-xZrxO2 Hollow Microspheres<br />
J. Phys. Chem. C, 113, 10712-10717 (2009).<br />
Collins A M. Olof S N, Mitchels J and <strong>Mann</strong> S<br />
Facile Preparation and Processing of Aqueous Dispersions of Tris-(8-Hydroxyquinoline) Aluminium<br />
(III) Photo-Luminescent Nanoparticles.<br />
6
J. Mater Chem. 19, 3950-3954 (2009).<br />
Vickery J L, Thachepan S, Patil A J and <strong>Mann</strong> S<br />
Immobilisation and Encapsulation of Functional Protein-Inorganic Constructs.<br />
Mol Biosyst. 5, 744-749 (2009).<br />
Turyanska L, Elfurawi U, Li M, Fay M W, Thomas N R, <strong>Mann</strong> S and Patanè A.<br />
Tailoring the Physical Properties of Thiol-capped PbS Quantum Dots by Thermal Annealing.<br />
Nanotechnology 20, 315604 (pp. 1-5).<br />
Cai W, Yu J and <strong>Mann</strong> S.<br />
Template-Free Hydrothermal Fabrication of Hierarchically Organized� �-AlOOH Hollow<br />
Microspheres<br />
Microporous Mesoporous Materials. 122, 42-47 (2009).<br />
Huang J, Wang W, Lin L, Li Q, Lin W, Li M and <strong>Mann</strong> S.<br />
A General Strategy for the Biosynthesis of Gold Nanoparticles by Traditional Chinese Medicines.<br />
Chemistry- Asian Journal 4, 1050-1054 (2009).<br />
Zhang l. Patil A J, Li L, Schierhorn A, <strong>Mann</strong> S, Gösele U and Knez M.<br />
Chemical Infiltration during Atomic Layer Deposition: Metallization of Porphyrins as Model<br />
Substrates.<br />
Angew. Chemie Int. Ed.48, 4982-4985 (2009).<br />
Perriman A W, Cölfen H, Hughes R W, Barrie C L and <strong>Mann</strong> S.<br />
Protein Melts and Protein Liquid Crystals in Solvent-free Media.<br />
Angew. Chemie Int. Ed. 48, 6247-6250 (2009).<br />
Patil A J, Vickery J L, Scott T B and <strong>Mann</strong> S.<br />
Aqueous stabilization and self-assembly of graphene sheets into layered bio-nanocomposites<br />
using DNA.<br />
Adv. Mater. 21, 3159-3164 (2009).<br />
Liu S, Yu J and <strong>Mann</strong> S<br />
Urea-mediated Self-transformation Fabrication and Enhanced Photoacatalytic Activity of Hollow<br />
TiO2 Microspheres and Chains.<br />
Nanotechnology 20, 325606 (pp.1-7).<br />
<strong>Mann</strong> S<br />
Self-assembly and Transformation of Hybrid Nanoscale Objects under Equilibrium and Non-equilibrium<br />
Conditions<br />
Nature Mater. 8, 781-792 (2009).<br />
Turyanska L, Bradshaw T D, Sharpe J, Patanè A, Thomas N R, Li M, and <strong>Mann</strong> S.<br />
The Biocompatibility of Apo-ferritin-encapsulated PbS Quantum Dots.<br />
Small 5, 1738-1741 (2009).<br />
Khan F, Walsh D, Patil A J, Perriman A W and <strong>Mann</strong> S.<br />
Self-organized Structural Hierarchy in Mixed Polysaccharide Sponges<br />
Soft Matter, 5, 3081- 3085 (2009).<br />
Li M, Oakley R, Bevan H, Smarsly B, <strong>Mann</strong> S, and Faul C.<br />
Nucleotide-based Templates for Nanoparticle Production: Exploiting Multiple Noncovalent<br />
Interactions<br />
Chem. Mater. 21, 3270-3274(2009).<br />
Collins A M, Rhinow D, Hampp N and <strong>Mann</strong> S<br />
Structure and Properties of Silicified Purple Membrane Thin Films<br />
7
Biomacromolecules10, 2767-2771 (2009).<br />
Suwanchawalit C, Patil A J, Kumar R K, Wongnawa S and <strong>Mann</strong> S<br />
Fabrication of Ice-templated Macroporous TiO2-chitosan Scaffolds for Photocatalytic<br />
Applications<br />
J. Mater. Chem 19, 847-8483 (2009).<br />
Bhabra G, Sood A, Fisher B, Cartwright L, Saunders M, Evans W H, Surprenant A, Lopez-Castejon G,<br />
<strong>Mann</strong> S, Davis S A, Hails L A, Ingham E, Verkade P, Lane J, Heesom K, Newson R and Case C P.<br />
Nanoparticles Can Cause DNA Damage Across a Cellular Barrier.<br />
Nature Nanotech. 4, 876-883 (2009).<br />
Guli M, Lambert E M, Li M and <strong>Mann</strong> S<br />
Template-directed Synthesis of Nanoplasmonic Arrays by Intracrystalline Metallization of Crosslinked<br />
Lysozyme Crystals<br />
Angew. Chemie Int. Ed. 49, 520-523 (2010).<br />
Lambert E M, Viravaidya C, Li M and <strong>Mann</strong> S<br />
Microemulsion-mediated Self-assembly and Silicification of Mesostructured Ferritin<br />
Nanocrystals.<br />
Angew. Chemie Int. Ed. 49, 4100-4103 (2010).<br />
Liu Z, Li M, Turyanska L, Patane A, Wu W and <strong>Mann</strong> S<br />
Self-assembly of Electrically Conducting Biopolymer Thin Films by Cellulose Regeneration in<br />
Gold Nanoparticle Aqueous Dispersions<br />
Chem. Mater. 22, 2675-2680 (2010).<br />
Yang H, Tang A, Ouyang J, Li M and <strong>Mann</strong> S<br />
From Natural Attapulgite to Mesoporous Materials: Methodology, Characterization and<br />
Structural Evolution<br />
J. Phys. Chem B, 114, 2390-2398 (2010).<br />
Yu J, Xiang Q, Rang J, <strong>Mann</strong> S.<br />
One-Step Hydrothermal Fabrication and Photocatalytic Activity of Surface-Fluorinated TiO2<br />
Hollow Microspheres and Tabular Anatase Single Micro-crystals with High-Energy Facets.<br />
CrystEng Commun. 12, 872- 879 (2010)<br />
Bilgainya R, Khan F and <strong>Mann</strong> S.<br />
Spontaneous Patterning and Nanoparticle Encapsulation in Patterned Carboxymethylcellulose<br />
/Alginate / Dextran Hydrogels and Sponges.<br />
Mater. Sci Engineer, C 30, 352-356 (2010).<br />
Perriman A W, Williams D S, Jackson A J, Grillo I, Koomullil J M, Ghasparian A, Robinson J A and <strong>Mann</strong> S.<br />
Synthetic Virus-like Particles and Hybrid Constructs based on Lipopeptide Self-assembly<br />
Small 6, 1191-1196 (2010).<br />
Schnepp Z, Wimbush S C, <strong>Mann</strong> S and Hall S R.<br />
Alginate-mediated Routes to the Selective Synthesis of Complex Oxide Nanostructures.<br />
CrystEngComm. 12, 1410-1415 (2010).<br />
Schnepp Z, Mitchels J, <strong>Mann</strong> S and Hall S R<br />
Biopolymer-mediated Synthesis of Anisotropic Piezoelectric Nanorods<br />
Chem. Commun. 46, 4887-4889 (2010).<br />
Perriman A W, Brogan A P S, Cölfen H, Tsoureas N, Owen G R and <strong>Mann</strong> S<br />
Reversible Dioxygen Binding in Solvent-free Liquid Myoglobin<br />
Nature Chemistry 2, 622-626 (2010).<br />
8
Koga S and <strong>Mann</strong> S,<br />
Mesostructured Silica Hybrids from Liquid Polyelectrolye-Surfactant-Aminosilanol Complexes<br />
J. Mater. Chem. 20, 5736-5741 (2010).<br />
Hails L A, Babister J C, Inglis S, Davis S A, Oreffo R O C and <strong>Mann</strong> S.<br />
Inhibition of Hydroxyapatite Nanoparticle-Induced Osteogenic Activity in Skeletal Cells by<br />
Adsorption of Serum Proteins.<br />
Small 6, 1986-191 (2010).<br />
Thachepan S and <strong>Mann</strong> S<br />
Mesoscale Crystallization of Calcium Phosphate Nanostructures in Protein (Casein) Micelles.<br />
Nanoscale 2, 2400-2405 (2010).<br />
Collins A M, <strong>Mann</strong> S and Hall S R<br />
Formation of Cobalt-Prussian Blue Nanoparticles in a Biopolymer Matrix..<br />
Nanoscale 2, 2370-2372 (2010).<br />
Books<br />
Companies<br />
Biomineralization: Principles and Concepts in Bioinorganic Materials Chemistry.<br />
Oxford Chemistry Masters. September 2001, Oxford University Press. ISBN 0-19-850882-4<br />
Biomimetic Materials Chemistry.<br />
Editor; S <strong>Mann</strong>. 1996, VCH Publishers, New York.<br />
Biomineralization: Chemical and Biochemical Perspectives.<br />
Editors; S <strong>Mann</strong>, J Webb and R J P Williams. July 1989, VCH Verlagsgesellschaft, FRG.<br />
Prof <strong>Mann</strong> was co-founder (with Prof. R. B. Frankel) of the company, Protein Magnetics (1993). Patent rights<br />
associated with the company were transferred to Nanomagnetics in 2001.<br />
Media Coverage 2009-2010<br />
Researchers Form First Liquid Protein. Chemistry World. July 20 th , 2009.<br />
Protein Fondue, Nature, 460, 554 (2009).<br />
Liquid Proteins: Molten Marvels, Nature Chemistry online 31 July 2009.<br />
First Liquid protein, Chemical and Engineering News, 87, 46 (2009).<br />
Liquid protein, The Engineer Online, 24 July 2009.<br />
British Scientists Make Liquid Protein, TCE Today, online 27 th July 2009.<br />
Bristol Chemists Make Liquid Protein, University of Bristol website, 23 July 2009. (Also: at Physorg.com, 23 July<br />
2009).<br />
New Liquid Protein Tech Could Improve Drug Delivery. In-Pharma Technologist.com. 28 th July 2009.<br />
Technology Development as an Evolutionary Process, Prof D. Kell BBSRC Blog, September 1 st 2009.<br />
Nanoparticles can cause DNA damage across a cellular barrier. Nature Nanotechnology, November 2009,<br />
including major news coverage (week of Nov 5) in ABC News, MSNBC/NBC and BBC News<br />
Damaging DNA from a Distance. P. Myllynen, Nature Nanotechn. 4, 795-796 (2009).<br />
Blood-like Liquid Protein Formed. Chemistry World. 7, 28 (2010). (web: June 6 th , 2010).<br />
9
Scientists Make Water-free Liquid from Blood Protein. University of Bristol website, 6 June 2010.<br />
Liquid Myoglobin Keeps Oxygen-binding Ability, TCE Today, online 11 th June 2010.<br />
Protein Melts: A New Phase for Protein Chemistry. D. S. Clark, Nature Chemistry, 2, 607-608 (2010).<br />
Quick-Grow Bone Kit. Carol Stanier, Materials Matters, VCH-Wilet, 20 th September 2010.<br />
Current Grants 2009-2010<br />
EPSRC. £424,533. PDRA x2, 4 years. Self-Assembled Inorganic-Based Materials and Nanostructures.<br />
EPSRC £380,000. Project Studentship, £138,274. Cell Modification in 3D: A New Paradigm in the Creation of<br />
Living Cell Biomaterial Composites.<br />
BBSRC/GSK Industrial CASE Studentship. £65,000. Regenerative Enamel.<br />
NEXIA (BNFL). EPSRC Studentship. £65,000. Zirconium Molybdate Crystal Growth and Physical<br />
Properties.<br />
UNILEVER Research. £28,620. Postgraduate studentship. Synthetic orgaioclays.<br />
EPSRC. PDRA 3 years. £351,124. Bio-Functional Mesolamellar Nanocomposites Based on Intercalated<br />
Bacteriorhodopsin Arrays.<br />
EPSRC. PDRA 3 years. £384,339. Self-Assembled Gold Nanoparticle Chains for Nanoplasmonics.<br />
EPSRC (with Dr T. McMaster and Prof M. Miles, Bristol). £6,400,000. 5 years.<br />
Doctoral Training Centre in Functional Nanomaterials.<br />
UNILEVER Research. £30,000. Postgraduate studentship. Bioinspired lipocolloid assembly: low density<br />
lipoprotein/cholesterol aggregates.<br />
EPSRC EP/H048405/1. PDRA 3 years. £349,771.<br />
Molten Proteins: synthesis and design of novel biomolecule-based liquid nanomaterials and their<br />
application in bionanochemistr.<br />
St GOBAIN RECHERCE, Paris, PhD Studentship. £86,249.<br />
Nucleation and growth of gypsum on cellulose fibres: optimaization of interfacial assembly and adhesion.<br />
EPSRC/GSK Industrial CASE Studentship. £66,838<br />
Remineralization of dental hard tissues.<br />
European Research Council, Advanced Grant. 2,168,862 euros.<br />
New Frontiers in Protein-based Nanomaterials.<br />
International lectures 2009-2010<br />
Plenary Lecture. 1 st International Conference on Multifunctional Hybrid Materials. Tours, France. March<br />
2009. Synthesis and Emergence of Complex Hybrid Nanomaterials.<br />
Invited Lecture. 44 th Burgenstick Conference, Brunnen, Switzerland. May 2009. Life as a Nanoscale<br />
Phenomenon.<br />
Plenary Lecture. 44 th Meeting of the German Colloid Society. September 2009. Synthesis, Emergence and<br />
New Properties of Hybrid Nanoscale Objects.<br />
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NanoSWEC Workshop on Bioinspired Nanosystems and Nanomaterials, University of Bordeaux, November 2009.<br />
Self-assembly and Transformation of Hybrid Nano-objects under Equilibrium and Non-equilibrium<br />
Conditions.<br />
College de France, Paris, October 2009.<br />
(a) Self-assembly and Transformation of Hybrid Nano-objects and Nanostructures.<br />
(b) Biominerals: Types and Functions.<br />
(c) General Principles and Chemical Control of Biominaralization<br />
(d) Matrix-mediated Biomineralization<br />
(e) Morphogenesis and Biomineral Tectonics<br />
Plenary Lecture. EMRS Spring Conference Strasbourg, France, June 2010<br />
Synthetic Construction and Transformation of Hybrid Nanoscale Objects and Nanostructures<br />
Plenary Lecture. Nanoscience Symposium, University of Bristol, September 2010.<br />
Synthesis, Emergence and New Properties of Nanoscale Objects<br />
11