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Kevin Webb

Associate Professor in Applied Optics and Electrophysiology, Faculty of Engineering

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Biography

Dr Kevin Webb is Associate Professor in Applied Optics and Electrophysiology in the Optics & Photonics Group, School of Electrical & Electronic Engineering, where he directs the Hydrophotonics Research Laboratory.

His research develops novel optical imaging and electrophysiological instrumentation to visualise biological processes, from sub-cellular water transport to drug transport across living tissue barriers, and translates those inventions into products, platforms and companies.

At a glance: As Principal or Co-Investigator, Dr Webb has brought 拢1.73M of research income into the Faculty of Engineering, averaging 拢152k per year over a decade and 拢187k per year over the last five. He is imaging and engineering lead on the 鈧�9.8M ERC Synergy HYDROSENSING, and Imaging Lead on the $7.5M NIH TraCe-bMPS US national centre (co-developer of the 碌SIM tissue chip, which is on the FDA Modernization Act standardisation pathway). He is co-founder of the needle-free drug-delivery spinout Permean Ltd, has commercialised photonics with Cairn Research (Faversham, Kent) and Etaluma (San Diego), and sustains nine active industrial partnerships across six countries, contributing to the University's interdisciplinary research and knowledge-exchange priorities across healthcare, agri-food and clean energy.

Dr Webb trained as an electrophysiologist at the University of Auckland, New Zealand, where he was the first to isolate and functionally characterise in vitro the terminally-differentiated fibre cells of the ocular lens, a unique tissue that is itself an optical component. Following a post-doc at University College London in live cell imaging, he joined Nottingham in 2008, applying surface plasmon imaging and electrophysiology to primary neurons, and was awarded a Royal Academy of Engineering/EPSRC Research Fellowship in 2010. His program now unites photonics, biophysics and bioengineering, with hydrodynamic Raman imaging (HydRa) as a signature capability spanning bioengineering, biomedical science and agrotech.

Expertise Summary

Optical imaging and instrumentation design; label-free multimodal real-time imaging; plant real-time hydrodynamic Raman (HydRa) imaging; microphysiological systems (tissue-on-chip: 碌SIM); epithelial electrophysiology, barrier transport and drug delivery; and research commercialisation - from instrument productisation to spinout formation and IP.

Teaching Summary

Convenor of undergraduate modules in the School of Electrical & Electronic Engineering:

  • EEEE2046 Contemporary Engineering Themes (year 2, 10 credits, B/MEng)
  • EEEE3001 Third Year Project (year 3, 30 credits, BEng);
  • and EEEE4008 Industrial/Research-Oriented Project (year 4, 40 credits, MEng).

Kevin brings live, interdisciplinary research into teaching, exposing students to current biophotonics, biomedical imaging and microscopy, including interdisciplinary modules:

  • LIFE3001 Cellular and Molecular Neuroscience (year 3, 10 credits, BSc)

Interdisciplinary MSc and final year Projects supervised in Electrical & Electronic Engineering, Neuroscience, Biomedical Science.

Research Summary

The Hydrophotonics Research Lab develops optical imaging and electrophysiological instrumentation to visualise water and molecular transport in living systems, and translates it across sectors.… read more

Selected Publications

  • LAGANA, SALVATORE, FAY, MICHAEL W, LA ROCCA, ANTONINO, CAIRNS, ALASDAIR, WEBB, KEVIN, HOPPER, ELIZABETH R, VINCENT, PAUL, HUMBERT, JACK and PIASZYK, JAKUB, 2026. Investigating the lubricant effect on hydrogen engine particulate emissions-part II: Influence of oil formulation and operating condition International Journal of Hydrogen Energy. 222, 154178
  • LAGANA, SALVATORE, FAY, MICHAEL W, LA ROCCA, ANTONINO, CAIRNS, ALASDAIR, WEBB, KEVIN F, HOPPER, ELIZABETH R, VINCENT, PAUL, HUMBERT, JACK and PIASZYK, JAKUB, 2025. Investigating the size, morphology and composition of particulate matter released during transient and steady-state operation from a heavy-duty internal combustion engine running entirely on hydrogen International Journal of Hydrogen Energy. 155, 150249
  • POWELL, WH, GHITA, A, PASCUT, FC, WEBB, KF, NEWMAN-TANCREDI, A and IRAVANI, MM, 2025. Contrasting Behavioural and Biochemical Characteristics of Normal and Spontaneously $alpha$-Synuclein-Deficient Mice Treated With MPTP Journal of Neurochemistry. 169(8), e70201
  • CHEN, YADI, WEBB, KEVIN F and DONALDSON, PAUL J, 2025. Regional Differences in Calcium Dynamics in the Intact Lens: The Role of TRPV Channels in Lens Calcium Regulation Investigative Ophthalmology & Visual Science. 66(15), 37-37

The Hydrophotonics Research Laboratory (HydRa) develops novel optical imaging and electrophysiological instrumentation to visualise water and molecular transport in living systems, and translates those inventions into products, platforms and companies. As Principal or Co-Investigator, Kevin has brought 拢1.73M of research income into the Faculty of Engineering, and sustains nine active industrial partnerships across six countries. The programme spans four faculty research themes; representative activities and evidence are below.

HEALTHCARE AND MICROPHYSIOLOGICAL SYSTEMS (ORGAN-ON-CHIP) Imaging Lead and co-inventor of the 碌SIM barrier-tissue platform on the $7.5M NIH Translational Center for Barrier Microphysiological Systems (TraCe-bMPS), whose core technology, 碌SIM tissue-chip, is on the FDA Modernization Act standardisation pathway, with the University of Rochester. TraCe-bMPS Centre: US partnering award: 碌SIM platform paper:

NEEDLE-FREE DRUG DELIVERY: PERMEAN LTD Co-founder of the spinout Permean Ltd, commercialising needle-free delivery of macromolecular therapies across tissue barriers. National-phase patent filings GB2209867.7A, CA3261225A, US18/881,217 and EP23742389.2A. Patent family: Underpinning award:

PLANT WATER IMAGING AND FOOD SECURITY Imaging and engineering lead on the 鈧�9.8M ERC Synergy HYDROSENSING, applying hydrodynamic water imaging to plant water-stress sensing across four nations.

ERC Synergy: HYDROSENSING: BBSRC grant: An Open and Shut Case: RMS BioImaging UK awarrd: Biostimulant biodistribution Biolchim, Verdesian, IntraCrop and TradeCorp featured in the .

CLEAN ENERGY AND TRANSPORT World-first measurement of organic nanoparticulate emissions from hydrogen-fuelled engines, with Lubrizol and JCB. Papers:

PHOTONICS COMMERCIALISATION Optical-illuminator innovations commercialised with Cairn Research and productised in the Etaluma LumaScope series, with CustomScopes, underpinned by a BBSRC CASE studentship. Cairn Research: Etaluma LumaScope: Key paper:

Current Research

The Hydrophotonics Research Lab develops optical imaging and electrophysiological instrumentation to visualise water and molecular transport in living systems, and translates it across sectors. Current strands include: imaging and engineering lead on the 鈧�9.8M ERC Synergy HYDROSENSING, applying hydrodynamic water imaging to plant water-stress sensing across four nations; co-development of the 碌SIM microphysiological (organ-on-chip) platform as Imaging Lead of the $7.5M NIH TraCe-bMPS US national centre, a candidate for FDA standardisation of barrier-tissue drug screening - one of the UoN 100 ways to change the world. Needle-free macromolecular drug delivery being advanced to commercialisation through the spinout Permean Ltd (co-Founder); commercialisation of label-free and multimodal imaging with Cairn Research, Etaluma and CustomScopes; and world-first measurement of nanoparticulate emissions from hydrogen-fuelled engines with Lubrizol and JCB. Techniques span coherent Raman imaging, real-time label-free imaging, and electrophysiology.

Past Research

Kevin trained as an electrophysiologist at Auckland, and was the first to isolate and functionally characterise in vitro the terminally-differentiated fibre cells that form the bulk of the ocular lens, confirming at the cellular level the ion-transporting properties of these specialised cells within the connected syncytium of the lens. His early Nottingham work, supported by a Royal Academy of Engineering/EPSRC Fellowship, applied novel imaging and electrophysiological methods to transparent ocular tissues, including the cornea, retina and retinal pigment epithelium, establishing the epithelial-transport imaging approaches that underpin his current programme.

Future Research

The Hydrophotonics Research Lab is developing HydRa (hydrodynamic Raman imaging) as a 糖心原创 signature capability: real-time water imaging in the canonical model systems of biology, and water imaging as a novel high-throughput endpoint for drug screening in barrier tissues-on-chip. Priorities include scaling the plant water-imaging programme, extending the 碌SIM platform toward regulatory-standard drug screening, and progressing the Permean drug-delivery platform toward clinical translation, alongside a growing portfolio of interdisciplinary imaging partnerships across healthcare, agri-food and clean energy

  • LAGANA, SALVATORE, FAY, MICHAEL W, LA ROCCA, ANTONINO, CAIRNS, ALASDAIR, WEBB, KEVIN, HOPPER, ELIZABETH R, VINCENT, PAUL, HUMBERT, JACK and PIASZYK, JAKUB, 2026. Investigating the lubricant effect on hydrogen engine particulate emissions-part II: Influence of oil formulation and operating condition International Journal of Hydrogen Energy. 222, 154178
  • LAGANA, SALVATORE, FAY, MICHAEL W, LA ROCCA, ANTONINO, CAIRNS, ALASDAIR, WEBB, KEVIN F, HOPPER, ELIZABETH R, VINCENT, PAUL, HUMBERT, JACK and PIASZYK, JAKUB, 2025. Investigating the size, morphology and composition of particulate matter released during transient and steady-state operation from a heavy-duty internal combustion engine running entirely on hydrogen International Journal of Hydrogen Energy. 155, 150249
  • POWELL, WH, GHITA, A, PASCUT, FC, WEBB, KF, NEWMAN-TANCREDI, A and IRAVANI, MM, 2025. Contrasting Behavioural and Biochemical Characteristics of Normal and Spontaneously $alpha$-Synuclein-Deficient Mice Treated With MPTP Journal of Neurochemistry. 169(8), e70201
  • CHEN, YADI, WEBB, KEVIN F and DONALDSON, PAUL J, 2025. Regional Differences in Calcium Dynamics in the Intact Lens: The Role of TRPV Channels in Lens Calcium Regulation Investigative Ophthalmology & Visual Science. 66(15), 37-37
  • COUVREUR, VALENTIN, D'AGOSTINO, MARCO, DIETRICH, D, DRAYE, XAVIER and WELLS, DM, 2025. Integration of Raman and modelling efforts: the Adventure In: Hydrosensing workshop.
  • CHEN, YADI, WEBB, KEVIN and DONALDSON, PAUL J, 2024. Imaging the activation of mechanosensitive signaling pathways in response in changes to zonular tension in different regions of the rat lens Investigative Ophthalmology & Visual Science. 65(7), 1482-1482
  • WEBB, KEVIN, MORADI, EMILIA and OTHERS, 2024. 2023-07-05 Priority to JP2025500301A; CA3261225A; US18/881,217; EP23742389.2A WO2024009101A1 01/11/2024 00:00:00
  • LAGANA, S., AKIFJEVS, R., LA ROCCA, A.L., CAIRNS, A., FAY, M.W. and WEBB, K.F., 2023. Investigation of exhaust particles on different TEM grids: A comparison between Graphene oxide and Silicon Nitride grids: SAE International Journal of Fuels and Lubricants SAE International Journal of Fuels and Lubricants. 16(3), XXX-YYY
  • PEREZ-COTA, F., FUENTES-DOMINGUEZ, R., LA CAVERA, S., HARDIMAN, W., YAO, M., SMITH, R. J. and CLARK, M., 2022.
  • MCCLOSKEY, M. C., KASAP, P., AHMAD, S. D., SU, S. H., CHEN, K., MANSOURI, M., RAMESH, N., NISHIHARA, H., BELYAEV, Y., ABHYANKAR, V. V., BEGOLO, S., SINGER, B. H., WEBB, K. F., KURABAYASHI, K., FLAX, J., WAUGH, R. E., ENGELHARDT, B. and MCGRATH, J. L., 2022. Adv Healthc Mater. 11(18), e2200804
  • PASCUT, F. C., COUVREUR, V., DIETRICH, D., LEFTLEY, N., REYT, G., BOURSIAC, Y., CALVO-POLANCO, M., CASIMIRO, I., MAUREL, C., SALT, D. E., DRAYE, X., WELLS, D. M., BENNETT, M. J. and WEBB, K. F., 2021. Nat Commun. 12(1), 4682
  • HARUN, M. S. R., MARSH, V., ELSAIED, N. A., WEBB, K. F. and ELSHEIKHA, H. M., 2020. Brain Res. 1746, 147002
  • HOWE, C. L., WEBB, K. F., ABAYZEED, S. A., ANDERSON, D. J., DENNING, C. and RUSSELL, N. A., 2019. Journal of Physics D: Applied Physics. 52(10),
  • PETROVA R.S., WEBB K.F., VAGHEFI E., WALKER K., SCHEY K.L. and DONALDSON P.J., 2018. American Journal of Physiology: Cell Physiology. 314(2), C191-C201
  • HENRY, S., WILLIAMS, E., BARR, K., KORCHAGINA, E., TUZIKOV, A., ILYUSHINA, N., ABAYZEED, S. A., WEBB, K. F. and BOVIN, N., 2018. Scientific Reports. 8(1),
  • MADEJSKI, G., LUCAS, K., PASCUT, F. C., WEBB, K. F. and MCGRATH, J. L., 2018. Membranes. 8(2),
  • SMITH, RICHARD J, MORADI, EMILIA, WEBB, KEVIN F and CLARK, MATT, 2018. Non destructive evaluation of biological cells
  • ABAYZEED, SIDAHMED A, SMITH, RICHARD J, WEBB, KEVIN F, SOMEKH, MICHAEL G, SEE, CHUNG W, 2017. Optics Express. 25(25), 31552-31567
  • PEREZ-COTA, FERNANDO, SMITH, RICHARD J, MORADI, EMILIA, LEIJA, ANAID LUGO, VELICKOVIC, KSENIJA, MARQUES, LEONEL, WEBB, KEVIN F, SYMONDS, MICHAEL E, SOTTILE, VIRGINIE and ELSHEIKHA, HANNY, 2017. Cell imaging by phonon microscopy: sub-optical wavelength ultrasound for non-invasive imaging: Imaging & Microscopy Imaging & Microscopy. 2017(3),
  • P脡REZ-COTA, F., SMITH, R. J., MORADI, E., WEBB, K. and CLARK, M., 2016. Journal of Physics: Conference Series. 684(1), 012003
  • ABAYZEED, SIDAHMED A., SMITH, RICHARD J., WEBB, KEVIN F., SOMEKH, MICHAEL G. and SEE, CHUNG W., 2016. Sensors and Actuators B: Chemical. 235, 627-635
  • P脡REZ-COTA F, SMITH RJ, MORADI E, MARQUES L, WEBB KF and CLARK M, 2016. Scientific reports. 6, 39326
  • P脡REZ-COTA, FERNANDO, SMITH, RICHARD J., MORADI, EMILIA, MARQUES, LEONEL, WEBB, KEVIN F. and CLARK, MATT, 2016. Scientific Reports. 6, 39326
  • PEREZ-COTA, FERNANDO, SMITH, RICHARD J, MORADI, EMILIA, WEBB, K and CLARK, MATT, 2016. Thin-film transducers for the detection and imaging of Brillouin oscillations in transmission on cultured cells
  • WEBB, K. F., 2015. Journal of Microscopy. 257(1), 8-22
  • SMITH, R. J., COTA, F. P., MARQUES, L., CHEN, X. S., ARCA, A., WEBB, K., AYLOTT, J., SOMEKH, M. G. and CLARK, M., 2015. Optically excited nanoscale ultrasonic transducers: Journal of the Acoustical Society of America Journal of the Acoustical Society of America. 137(1), 219-227
  • HU, F., SOMEKH, M. G., ALBUTT, D. J., WEBB, K., MORADI, E. and SEE, C. W., 2015. Scientific Reports. 5,
  • P脡REZ-COTA, F., SMITH, R. J., MORADI, E., MARQUES, L., WEBB, K. F. and CLARK, M., 2015. Applied Optics. 54(28), 8388-8398
  • CLARK, M., MARQUES, L., MORADI, E., PEREZ-COTA, F., SMITH, R. J. and WEBB, K. F., 2015.
  • CLARK, MATTHEW, MARQUES, LEONEL, PEREZ-COTA, FERNANDO, SMITH, RICHARD J, WEBB, KEVIN F and OTHERS, 2015. Cell imaging with sub-optical wavelength ultrasound In: Asia Communications and Photonics Conference. ASu5H-1
  • PEREZ-COTA, F., SMITH, R. J., MORADI, E., MARQUES, L., WEBB, K. F. and CLARK, M., 2015. Appl Opt. 54(28), 8388-98
  • PETROVA, ROSICA S, GREY, ANGUS C, WEBB, KEVIN F, SCHEY, KEVIN L and DONALDSON, PAUL J, 2015. Exposure to osmotic stress increases the insertion of AQP5 in the membranes of cortical fiber cells: implications for the water permeability of lens fiber cells: Investigative Ophthalmology & Visual Science Investigative ophthalmology & visual science. 56(7), 3563-3563
  • SMITH, RICHARD J, COTA, FERNANDO PEREZ, MARQUES, LEONEL, CHEN, XUESHENG, ARCA, AHMET, WEBB, KEVIN, AYLOTT, JONATHON, SOMEKH, MICHEAL G and CLARK, MATT, 2015. Optically excited nanoscale ultrasonic transducers: The Journal of the Acoustical Society of America The Journal of the Acoustical Society of America. 137(1), 219-227
  • AYLOTT, J., CLARK, M., MARQUES, L., PEREZ-COTA, F., SMITH, R. J. and WEBB, K. F., 2013.
  • PARMENTER CDJ, WANG TT and WEBB KF, 2013. Imaging & Microscopy. 27-32
  • WEBB, KEVIN F, DE FILLIPI, G and JOHNSTON, NA, 2013. Condenser-free Zernike phase contrast imaging for scanning probe microscopy Microsc. Anal. 27, 27-32
  • LEE, DANIEL JAMES, VAGHEFI, EHSAN, WEBB, KEVIN F and FOSS, ALEXANDER JE, 2013. Anatomical and ASL imaging of the retina at 7 T: Proceedings of the International Society of Magnetic Resonance Medicine Proceedings of the International Society of Magnetic Resonance Medicine. 0450
  • GUNNING, S.J., CHUNG, K.K.H., DONALDSON, P.J. and WEBB, K.F., 2012. American Journal of Physiology. Cell Physiology. 303(12), C1252-C1259
  • PARMENTER, C., WANG, T.T. and WEBB, K.F., 2012. Focused ion beam ablation rate tomography In: European Microscopy Congress 2012.
  • PETROVA, R.S., GREY, A.C., WEBB, K.F., SCHEY, K.L. and DONALDSON, P.J., 2012. Aquaporin 5 expression in the lens: A role for a third water channel in the lens In: International Society for Eye Research.
  • MENDOZA-NARANJO, A., BOUMA, G., PEREDA, C., RAMI艛EZ, M., WEBB, K. F., TITTARELLI, A., LO峁擡Z, M. N., KALERGIS, A. M., THRASHER, A. J., BECKER, D. L. and SALAZAR-ONFRAY, F., 2011. Journal of Immunology. 187(6), 3121-3132
  • GUNNING, SIMON, WEBB, K and DONALDSON, PAUL, 2011. Ionic conductance and cataract: Two distinct non-selective cation channels in lens fiber cells
  • WEBB, KEVIN F, ZHANG, JING and SOMEKH, MIKE, 2011. Multimodal imaging of fluid transport in living epithelial sheets
  • DONALDSON, P.J., WEBB, K.F. and DANA, R., 2010. Ionic permeability and currents in the lens. In: DARTT, D.A., BESHARSE, J.C. and DANA, R., eds., Encyclopedia of the Eye 2. Elsevier Science. 477-486
  • WEBB, K.F. and RUSSELL, N.A., 2010. Label-free cellular imaging by wide-field Surface Plasmon Resonance microscopy. In: Journal of General Physiology: Optical Methods in Cell Physiology 136. 1. Society of General Physiologists. 117
  • WEBB, K.F. and RUSSELL, N.A., 2010. Characterisation of primary hippocampal neural networks grown on plasmonic substrates. In: FENS Abstracts 5. Federation of European Neuroscience. 011.60
  • RUSSELL, N.A., WEBB, K.F., PITTER, M.C. and SOMEKH, M.G., 2010. Surface plasmon resonance imaging of neural networks. In: FENS Abstracts 5. Federation of European Neuroscience. 192.48
  • DONALDSON, P.J, CHEE, K.N, LIM, J.C and WEBB, K.F., 2009. Experimental Eye Research. 88(2), 144-150
  • WEBB, K.F. and DONALDSON, P.J., 2009. Investigative Ophthalmology & Visual Science. 50(8), 3808-3818
  • DONALDSON, P. J., CHEE, K. S., LIM, J. C. and WEBB, K. F., 2009. Exp Eye Res. 88(2), 144-50
  • HU, R.G, SUZUKI-KERR, H, WEBB, K.F, RHODES, J.D, COLLISON, D.J, DUNCAN, G and DONALDSON, P.J., 2008. Molecular and functional mapping of regional differences in P2Y receptor expression in the rat lens. Experimental eye research. 87(2), 137-46
  • WEBB, K.F and DONALDSON, P.J., 2008. American Journal of Physiology. Cell Physiology. 294(5), C1133-C1145
  • HU, R. G., SUZUKI-KERR, H., WEBB, K. F., RHODES, J. D., COLLISON, D. J., DUNCAN, G. and DONALDSON, P. J., 2008. Exp Eye Res. 87(2), 137-46
  • WEBB, K. F. and DONALDSON, P. J., 2008. Am J Physiol Cell Physiol. 294(5), C1133-45
  • WEBB, K.F, CHEE, K.N, KISTLER, J and DONALDSON, P., 2007. Spatially distinct Cl- influx and efflux pathways interact to maintain lens cell volume In: Experimental Biology 2007, Washington DC, USA. April 28th 鈥� May 2nd, 2007. In FASEB J. 2007 21:774.18
  • BECKER, D.L, WEBB, K.F, THRASIVOULOU, C, LIN, C-C, NADERSHAHI, R, TSAKIRI, N and COOK, J.E., 2007. Journal of Physiology. 585(Pt 3), 711-9
  • WEBB, KEVIN FRANCIS, CHEE, KAA SANDRA NARDIA, KISTLER, JOERG and DONALDSON, PAUL JAMES, 2007. Spatially distinct Cl-influx and efflux pathways interact to maintain lens cell volume: The FASEB Journal The FASEB Journal. 21, 774.18
  • WEBB, KEVIN F, 2006. Spatial variations in the membrane properties of differentiating fibre cells isolated from the rat lens
  • WEBB, K.F and DONALDSON, P.J., 2005. Probing the membrane properties of the differentiating lens fibre cell In: MedSciNZ 2005, Queenstown, NZ. December 3rd-6th, 2005.
  • DONALDSON, PJ, CHEE, KN, WEBB, KF and KISTLER, J, 2005. Spatially Distinct Cl鈥揑nflux and Efflux Pathways Interact to Maintain Lens Volume and Transparency: Investigative Ophthalmology & Visual Science Investigative ophthalmology & visual science. 46(13), 1129-1129
  • WEBB, K.F, MERRIMAN-SMITH, B.R, STOBIE, J.K, KISTLER, J and DONALDSON, P.J., 2004. Investigative Ophthalmology and Visual Science. 45(12), 4400-8
  • WEBB, K.F, MERRIMAN-SMITH, B.R and DONALDSON, P.J., 2004. Cl- influx into rat cortical lens fiber cells is mediated by an outwardly rectifying Cl- conductance that is not ClC-2 or ClC-3 In: MedSciNZ 2004, Queenstown, NZ. November 30th 鈥� December 3rd 2004.
  • WEBB, K.F, CHEE, K.N, KISTLER, J and DONALDSON, P.J., 2004. An emerging model for cell volume regulation in the rat lens: A Focus on the Lens In: Rotorua, NZ. 24-27th August 2004. (official satellite meeting of the 2004 ICER congress).
  • WEBB, K. F., MERRIMAN-SMITH, B. R., STOBIE, J. K., KISTLER, J. and DONALDSON, P. J., 2004. Invest Ophthalmol Vis Sci. 45(12), 4400-8
  • WEBB, K.F, CHEE, K.N, KISTLER, J and DONALDSON, P.J., 2003. Volume regulation in the rat lens: roles for chloride channels and transporters: The Biology of Chloride In: Society for General Physiology Symposium: 3-7th September, Woods Hole, MA, USA. Proceedings in Journal of General Physiology, August 2003.
  • WEBB, K.F, MERRIMAN-SMITH, B.R, KISTLER, J and DONALDSON, P.J., 2002. Chloride conductances in lens fiber cells: A role for CLC3? In: 鈥淭ransport 2002鈥� University of Miami, FL, USA.
  • WEBB, K.F, MERRIMAN-SMITH, B.R, KISTLER, J and DONALDSON, P.J., 2002. Chloride conductances in lens fiber cells: A role for CLC3? In: Association for Research in Vision & Ophthalmology (ARVO) May 5-10th 2002, Ft Lauderdale, FL, USA. Proceedings in Investigative Ophthalmology & Visual Science, May 2002.
  • DONALDSON, P.J, WEBB, K.F, YOUNG, M.A, MERRIMAN-SMITH, B.R and KISTLER, J., 2001. Morphological and molecular evidence for a circulating chloride flux that modulates the volume of the rat lens In: 鈥淢olecular Mechanisms in Cell Volume Regulation鈥�, 22-24 August 2001, Queenstown, NZ.
  • WEBB, K.F, ECKERT, R, KISTLER, J and DONALDSON, P.J., 2001. Mapping the membrane conductance properties of differentiating fiber cells isolated from the rat lens In: International Union of Physiological Sciences (IUPS) Congress August 2001, Christchurch, NZ. In Proceedings of the Physiological Society of New Zealand 20: 2001.
  • WEBB, K.F and DONALDSON, P.J., 2000. Membrane properties of differentiating lens fiber cells in solutions containing calcium In: Physiological Society of New Zealand (PSNZ), December 2000, Auckland, NZ. In Proceedings of the Physiological Society of New Zealand 19:71, 2000.

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