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<strong>Sch</strong> <strong>ool</strong> <strong>of</strong> <strong>Ch</strong> e m <strong>is</strong> <strong>try</strong><br />

Pr<strong>of</strong>e s s or Andre w H oulton<br />

BSc Unive rs ity <strong>of</strong> Es s e x, 19 85<br />

Ph D Unive rs ity <strong>of</strong> Es s e x, 19 89<br />

Pos tdoctoral fe low , Im pe rial Co le ge<br />

London, 19 9 2-19 9 4<br />

<strong>Ne</strong> w cas tle Unive rs ity 19 9 4-pre s e nt.<br />

Pr<strong>of</strong>e s s or H oulton <strong>is</strong> dire ctor <strong>of</strong> th e ch e m ical<br />

nanos cie nce laboratory.<br />

te l: 44(0) 19 1 222 6262<br />

e m ail: andre w .h oulton@ ncl.ac.uk<br />

Bottom -up and s e lf-as s e m bly<br />

m e th ods <strong>of</strong> s ynth e s <strong>is</strong><br />

W e are e xplor<strong>in</strong>g m e th ods for th e<br />

fabrication <strong>of</strong> functional s ys te m s<br />

us <strong>in</strong>g, s o-ca le d, bottom -up m e th ods .<br />

Th <strong>is</strong> <strong>in</strong>clude s de ve lop<strong>in</strong>g s ynth e tic<br />

ch e m <strong>is</strong> <strong>try</strong> for th e m ole cular<br />

functional<strong>is</strong> ation <strong>of</strong> s ilicon s urface s<br />

and m ole cular com ple xe s capable <strong>of</strong><br />

s e lf-organ<strong>is</strong> ation and s e le ctive<br />

b<strong>in</strong>d<strong>in</strong>g.<br />

Nanom ate rials pre paration and<br />

ch aracte r<strong>is</strong> ation<br />

Conf<strong>in</strong><strong>in</strong>g m ate rials to th e nanom e tre<br />

s cale can h ave pr<strong>of</strong>ound e ffe cts on<br />

Se le cte d publications<br />

<strong>Re</strong> s e <strong>arch</strong> <strong>in</strong>te re s ts : <strong>Ch</strong> e m ical as pe cts <strong>of</strong> nanos cie nce<br />

[1] DNA-bas e d route s to s e m iconduct<strong>in</strong>g<br />

nanom ate rials , A. H oulton, A. R. Pik e , M. A.<br />

Gal<strong>in</strong>do, B. R. H orrock s . <strong>Ch</strong> e m . Com m un.,<br />

2009 , 179 7-1806.<br />

[2] Fe rroce nyl-Modifie d DNA: Synth e s <strong>is</strong> ,<br />

<strong>Ch</strong> aracte riz ation and Inte gration w ith<br />

Se m iconductor Ele ctrode s , A. R. Pik e , L. C.<br />

Ryde r, B. R. H orrock s , W . Cle gg, B. A.<br />

Conno ly, A. H oulton, <strong>Ch</strong> e m . Eur. J. 2004, 11,<br />

344.<br />

th e ir be h aviour <strong>in</strong>clud<strong>in</strong>g ch ange s to<br />

th e ir ph ys ical and ch e m ical<br />

prope rtie s . W e <strong>in</strong>ve s tigate a range <strong>of</strong><br />

nano-laye rs , -w ire s and -particle s<br />

w ith particular <strong>in</strong>te re s t <strong>in</strong> th e<br />

e le ctronic and e le ctrical prope rtie s .<br />

Mate rials ch e m <strong>is</strong> <strong>try</strong> w ith DNA<br />

W e h ave m ajor <strong>in</strong>te re s ts <strong>in</strong> th e us e <strong>of</strong><br />

DNA, and its com pone nts , as a bas <strong>is</strong><br />

for ne w m ate rials . Th e s e range from<br />

s m a l m ole cule com ple xe s w h ich<br />

provide <strong>in</strong>form ation about<br />

fundam e ntal as pe cts <strong>of</strong> m e tal<br />

ion… DNA <strong>in</strong>te ractions to DNA-bas e d<br />

m ole cular w ire s .<br />

[3] Synth e s <strong>is</strong> , Manipulation and Conductivity <strong>of</strong><br />

Supram ole cular Polym e r Nanow ire s , L. Dong,<br />

T. H o l<strong>is</strong> , Ste ve n F<strong>is</strong> h w ick B. A. Conno ly N. G.<br />

W righ t, B. R. H orrock s , A. H oulton. <strong>Ch</strong> e m . Eur.<br />

J. 2007, 13, 822.<br />

[4] DNA On Silicon <strong>De</strong> vice s : On-<strong>Ch</strong> ip<br />

Synth e s <strong>is</strong> , H ybridiz ation, and <strong>Ch</strong> arge Trans fe r,<br />

A. R. Pik e , L. H . Lie , R. A. Eagl<strong>in</strong>g, L. C.<br />

Ryde r, S. N. Patole , B. A. Conno ly, B. R.<br />

H orrock s , A. H oulton, Ange w . <strong>Ch</strong> e m ie Intl. Ed.<br />

2002, 41(4), 617.<br />

h ttp://w w w .ncl.ac.uk /ch e m <strong>is</strong> <strong>try</strong><br />

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