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Abstracts listed in order of presentation at the meeting
Page
1: A Lloyd Keynote Lecture
Cell/Biomaterial interactions for ophthalmic applications
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2 : P De Bank, Q Hou, RM Warner, IV Wood, BEEM Ali, LDK Buttery,
S MacNeil, DA Kendall, B Kellam, KM Shakesheff
Enhanced formation of three-dimensional cellular structures via
biomolecular engineering
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3 : U Cheema, HM Zuijdendorp, HV Neck, RA Brown
Collagen conduits for neural repair
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4 : H Shearer, MJ. Ellis, SP. Perera, JB Chaudhuri
Sterilization of PLGA flat sheet and hollow fiber tissue engineering
scaffolds
Page
5 : I Liu
Nanomechanics and nanomanipulation of soft biological materials
for tissue engineering applications
Page
6 : A Andar, JM de la Fuente, N Gadegaard, C Berry, MO Riehle
Effect of fluorescent micropatterened self assembled monolayers
on cell behaviour
Page 7 : L Csaderoma, M Riehle, A McIntosh, M Robertson Cell response to microfabricated surface rigidity patterns
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8 : J McWhir Keynote Lecture
Human embryonic stem cells for bone repair
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9 : J Curran, R Chen, JA Hunt
Utilization of silane modified surfaces to control the osteogenic
differentiation of human mesenchymal stem cells
Page
10 : J Pounds, DW Green, JB Chaudhuri, HI Roach, ROC Oreffo
Bioreactor culture of cartilage from mesenchymal populations
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11: J Campbell, DA Lee, DL Bader
Mechanical conditioning influences mesenchymal stem cell chondrogenesis
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12: N Hughes, S Richardson, AJ Freemont, J Hunt, JA Hoyland
Differentiation of mesenchymal stem cells to NP- like cells in chitosan/glycerol
phosphate: Implications for tissue engineering of the intervertebral
disc
Page
13: K Hampson, SH Cartmell, B Ashton, AJ El Haj
The proliferation of hMSCs on PLA scaffolds
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14: J Ingram, S Korrosis, J Fisher, E Ingham
Ultrasonic modification of acellular tendon to enhance recellularisation
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15: I Leigh Keynote Lecture
Skin tissue engineering
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16: A Metcalfe, JP Bartlett, AH Beare, MWJ Ferguson
Characterizing mechanisms of regeneration for future applications
in tissue engineering
Page 17: S Grubb, CM Holt, N Malik, JW Haycock Anti-inflammatory peptide approaches to prevent vascular inflammation
Page
18: L Shuttleworth, RA Black, MWJ Ferguson, SE Herrick
Deposition of elastic fibres in a murine cutaneous wound healing
model
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19: A Soueid, S Hall, V Mudera
Contractile profiles of pulmonary smooth muscle cells
Page
20 : D Grellier, R Daculsi, MR Zolghadri, R Bareille, L Bordenave
Cord blood derived endothelial progenitor cells for vascular tissue
engineering: enhanced knowledge of functional properties
Page
21: M Brittberg Keynote Lecture
Current developments in cell-based cartilage repair systems
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22: R Tare, D Howard, JC Pound, HI Roach, ROC Oreffo
ATDC5: An ideal cell line for development of tissue engineering
strategies aimed at cartilage regeneration
Page
23: B Pingguan, DA Lee, DL Bader, MM Knight
Mechanical compression activates chondrocyte calcium signalling
in a cycle dependent manner involving the release of ATP
Page
24: T Katopodi, T Hardingham
Human osteoarthritic chondrocytes are capable of forming cartilage
on hyalograft C under hypoxic conditions
Page
25: M Heyde, KM Shakesheff, KA Partridge, ROC Oreffo, MC Garnett
A non-viral gene delivery system for tissue engineering
Page
26: K Partridge, D Green, X Yang, D Walsh, S Mann, ROC Oreffo
In vivo gene delivery and transfection with biomimetic biomaterials
Page
27: C Oomens Keynote Lecture
The role of computational modeling in tissue engineering
Page
28: W Wang
In vivo measurements and theoretical modelling of oxygen
partial pressure in outer layers of human skin
Page
29: M Brady, R Brown, M Lewis, V Mudera
Mechanical behaviour of primary human skeletal muscle cells and
isolated non-myogenic cells within a 3-D Construct
Page
30 : S Curran, R Chen, M Oates, J Curran, JA Hunt
Cartilage tissue engineering using modified Poly-(L-lactide) microspheres
in an intermittent stirred flow bioreactor under hypoxic c onditions
Page
31: BD MacArthur, R Tare, C Please, ROC Oreffo
Quantification of sub-population behaviour in heterogeneous cell
populations: Implications for tissue regeneration
Page
32: P Bagnaninchi, Y Yang, N Maffulli, RK Wang, A El Haj
Investigation of tenocytes proliferation under perfusion in microchannels
chitosan scaffolds by optical coherence tomography
Page
33 : M Ahearne, YYang, K Then, A.El Haj, KK Liu
Mechanical characterisation and stimulation of corneal stroma equivalents
Page
34: BEEM Ali, PA De Bank, B Kellam, KM Shakesheff
Induction of 3-D cell-cell interaction via cell surface chemical
modification
Page
35: S Ashraff, RA Brown, JB Phillips
Plastic compression of collagen: Development and assessment of a
new biomaterial in nerve repair
Page
36: S Beg,, R Smith, D Bader
Confocal microscopy of chondrocyte-seeded chitosan hydrogels
Page
37: MJP Biggs, RG Richards, CDW Wilkinson, MJ Dalby
Isolation of S-phase osteoblasts: Focal contact quantification on
nano-pitted substrates
Page
38: G Buckley, AD Metcalfe, MWJ Ferguson
Characterisation of the regenerative ability of the MRL/MPJ mouse
in order to re-innervate and promote scar-free healing in engineered
skin equivalents
Page
39: U Cheema, M Wiseman, CB Chuo, RA Brown, SN Nazhat
Rapid fabrication tissue engineering by plastic compression
Page
40 : YX Cui, KM Shakesheff, X Chen, G Adams
The role of poly-L-ornithine, poly-L-lysine and extracellular matrix
proteins on the proliferation and function of pancreatic insulin-producing
cells by complex alginate microencapsulation
Page
41: YX Cui, KM Shakesheff G Adams
Extracellular matrix proteinsh an effect on cell adhesion and proliferation
but no significant differentiation of adult rat pancreatic duct
epithelial cells (ARIP)
Page
42: C Dehili, P Lee, KM Shakesheff, MR Alexander
Attachment and functionality of primary rat hepatocytes cultured
on plasma polymerised allylamine for 24 hours
Page
43: R Duxbury, DE Gilham, A Russell, E Woods, MWJ Ferguson,
TR McKay, RE Hawkins
A gene therapeutic approach to scar reduction at the site of cutaneous
wounding
Page
44: JO Eniwumide, DA Lee, DL Bader
Perfusion-enhancement of molecular transport within 3D scaffolds
Page
45: K Gellynck, P Verdonk, KF Almqvist, E Van Nimmen, T Gheysens,
J Mertens, L Van Langenhove, P Kiekens, A Verbruggen
Chondrocyte growth in porous spider silk 3D-scaffolds
Page
46: O Hakimi, MF Grahn, DP Knight, P Vadgama
Interaction of myofibroblasts with silk scaffolds
Page
47: K Hampson, A Keramane, SH Cartmell, Y Yang, E Baas, JH Kuiper,
B Ashton, AJ El Haj
The design of a rotating bioreactor for use in multi-sample loading
regimes
Page
48: HK Heywood, DL Bader, DA Lee
Superficial and deep chondrocyte subpopulations both express the
crabtree effect but exhibit differences in oxygen consumption rate
Page
49: LA Hidalgo-Bastida, JJA Barry, FRAJ Rose, LD Buttery, I
Hall, KM Shakesheff
Designing flexible biodegradable scaffolds for cardiac tissue engineering
Page
50 : GR Kirkham, KJ Elliot, A Keramane, DM Salter, J Dobson,
AJ El Haj, SH Cartmell
Changes in membrane potential of human osteoblasts and chondrocytes
in response to novel magnetic particle based force application technique
Page
51: ZY Li, JH Gillard
Biomechanics of plaque rupture in carotid atheroma: Utility of in
vivo high resolution MRI
Page
52: S Lunj, R Duxbury, AM Russell, Y Li, SR Tew, TE Hardingham,
TR McKay, RE Hawkins
Co-expression of SOX 9 and SOX 6 enhances collagen 2 gene expression
Page
53: A McIntosh, M Riehle, Y Gerbig, M Liley
Observation of calvaria cells on nanostructure with pyramid morphology
Page
54: SA Mitchell, MR Davidson, AHC. Poulsson, RH Bradley
Orientation and confinement of cells on chemically-patterned polystyrene
surfaces
Page
55: AHC Poulsson, SA Mitchell, MR Davidson, N Emmison, RH Bradley
Adhesion of primary human osteoblast cells to UV/ozone modified
polyethylene
Page
56: S Richardson, R Walker, S Parker, J Hunt, AJ Freemont, JA
Hoyland
Differentiation of human mesenchymal stem cells to nucleus pulposus
cells using a novel co-culture technique
Page
57: KH Smith, AB Jozwiak, CM Kielty, RA Black
Surface modification of a polyether-urethane with RGD-containing
peptides for enhanced cell attachment and signalling
Page
58: NJ Vickers, S Mac Neil, AG Shard
Grafting of PEG-macromonomers to plasma polymers using ceric ion
initiation
Page
59: MA Wood, Y Yang, DO Meredith, RG Richards, AJ El Haj
Identification of calcium in osteoid as a result of load profile
utilising backscattered electron detection in combination with X-ray
microanalysis
Page
60 : D Karamichos, R Brown, V Mudera
Cellular responses to external mechanical stimuli when seeded to
3D collagen
Page
61: R Ahmadi, M Zhou, JD De Bruijn
The use of thermo-sensitive chitosan as an injectable carrier for
bone tissue engineering
Page
62: C Catuogno, TT Chowdhury, DL Bader, DA Lee
Dynamic compression influences the biochemical response of human
mesenchymal stem cells cultured in agarose constructs
Page
63: TT Chowdhury, DL Bader, DA Lee
Dynamic compression counteracts Il-1 induced INOS and COX-2 activity
by human chondrocytes cultured in agarose constructs
Page
64: ZA Saddiq, JC Barbenel, MH Grant
The mechanical strength of collagen gels containing glycosaminoglycans
and populated with fibroblasts
Page
65: A Hart, N Gadegaard, CDW Wilkinson, ROC Oreffo, M.J.Dalby
Filapodial Sensing of Nanotopography in Osteoprogenitor Cells
Page
66: Q Hou, LDK Buttery, R Freeman, KM Shakesheff
Surface engineering of alginate scaffolds for the attachment and
differentiation of embryonic stem cells
Page
67: I Khan, SF Oldfield, K Richardson, JR Ralphs, CW Archer
Growth characteristics of chondroprogenitor cells in vitro
Page
68: AD Murdoch, LM Tweats, TE Hardingham
Regulation of hypertrophic gene expression in chondrogenic cultures
of human bone marrow mesenchymal cells
Page
69: RH Jenkins, JD Williams, R Steadman
Fibroblasts transformed to a wound healing phenotype accumulate
a hyaluronan-rich extracellular matrix through reduced degradation
Page
70 : ML Ngiam, S Dhara, B Su
Biomimetic synthesis of apatite on polycaprolactone for bone tissue
engineering
Page
71: Y Lu, W Wang
Effects of cyclic loads on transport of fluid and solutes in cell
seeded constructs
Page
72: AJ Hayes, D Tudor, MA Nowell, C Hughes, B Caterson
Novel chondroitin sulphation motifs as putative biomarkers of articular
cartilage chondroprogenitor cells
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