Dr Joey Shepherd

BSc., M.Med.Sci., PhD., FHEA

School of Clinical Dentistry

Senior Lecturer in Microbiology

Joey Shepherd STAFF
Profile picture of Joey Shepherd STAFF
j.shepherd@sheffield.ac.uk
+44 114 215 9412
19 Claremont Crescent

Full contact details

Dr Joey Shepherd
School of Clinical Dentistry
19 Claremont Crescent
91探花
S10 2TA
Profile

My research career has come full circle since graduating from the University of Leeds in 1995 with a degree in Microbiology. A move to the University of 91探花 followed with an M.Med.Sci. In Microbial Pathogenicity (1996) and a two year stint as a Research Technician in the Vascular Surgery Unit at 91探花鈥檚 Northern General Hospital. I completed a PhD (1998-2002) and Postdoc (2002-2004) at the University of 91探花 with Dr Martin NIcklin investigating autoimmune inflammatory diseases (rheumatoid arthritis, psoriasis and arteritis) in mice lacking the gene for interleukin 1 receptor antagonist, and then continued the vascular theme as a Fellow at Harvard Medical School, Boston USA (2004-2007) developing near infra red fluorescence probes to detect early molecular events in atherosclerosis with Prof. Peter Libby. A move back to 91探花 saw another three postdoc posts come and go, combining all the previous experiences in investigating tumour microvasculature, biodiesel production in micro algae, and the development of polymers to detect and remove bacteria from chronic skin wounds. I took up my first academic post as a Senior Lecturer in Microbiology at 91探花 Hallam University (2014-2015) then returned to the University of 91探花 as a Lecturer in Microbiology at the School of Clinical Dentistry in 2015. I was promoted to a Senior Lecturer in December 2019. 

My current research interests are largely translational and interdisciplinary in nature and lie primarily in novel approaches to a) the acceleration of wound healing, and b) detecting, preventing and treating bacterial infections (especially biofilm) without traditional use of antibiotics due to the rise in antimicrobial resistance. These include the use of polymer-based systems, ultrasound and acoustic vibration, novel wound dressings, antimicrobial biomaterials for dentistry, bone, skin and cornea and using 3D tissue engineered models to examine effects of planktonic and biofilm infection and treatment on both bacteria and human cells.

Research interests

My current research interests are largely translational and interdisciplinary in nature and lie primarily in novel approaches to a) the acceleration of wound healing, and b) detecting, preventing  and treating bacterial infections without traditional use of antibiotics, including the use of polymer-based systems, ultrasound and acoustic vibration, novel wound dressings, antimicrobial biomaterials for dentistry and bone and using 3D tissue engineered models to examine effects of planktonic and biofilm infection and treatment on both bacteria and human cells.

Recent projects have included:

  •  involving 8 different countries and 11 partners. Development of a library of inorganic nanomatrices to be used as smart platforms for effective, non-invasive and highly targeted therapies to treat delayed bone healing and non-healing chronic skin wounds. With Prof Sheila MacNeil, Prof Ian Douglas and Dr Anthony Bullock. 

  • EPSRC funded grant to produce antibacterial objects via additive manufacturing, led by Dr Candice Majewski

  • EPSRC-GCRF funded project to develop a low cost robust detection device for fungal eye infections with Prof Sheila MacNeil and Prof Steve Matcher

  • MRC partnership with LV Prasad Eye institute, Hyderabad, India developing models of corneal bacterial and fungal infection and devising novel methods of detection and treatment of these infections. With Dr Prashant Gard, (LVPEI), Prof Sheila MacNeil, Prof Ian Douglas, Prof Steve Rimmer (University of Bradford) 

  • Wellcome funded project to develop polymers that are able to rapidly diagnose corneal infections , in collaboration with LVPEI, with Dr Prashant Garg (LVPEI), Prof Steve Rimmer (Bradford), Prof Ian Douglas

  • Novel slow-release antimicrobial wound dressing funded by the  in collaboration with  and team, 91探花 Hallam University

  • Effects of acoustic vibration on bacterial biofilm growth and formation, in collaboration with , Liverpool John Moores University

  • Development of a novel therapeutic device in collaboration with and funded by 

  • Development of bacteria sensitive hyperbranched polymers (with Prof. Sheila MacNeil, Prof. Ian Douglas and Prof. Steve Rimmer)

  • The use of low frequency ultrasound as antibacterial therapy in a tissue engineered model of skin infection (PhD student Guma Beleid, co-supervised with Dr Prachi Stafford and Dr Keith Miller, 91探花 Hallam University)

Publications

Journal articles

  • Alrafaie AM, Pyrzanowska K, Smith EM, Partridge DG, Rafferty J, Mesnage S, Shepherd J & Stafford GP (2024) . Virus Research, 347, 199426-199426. RIS download Bibtex download
  • Alanazi KK, Wood D, Shepherd J, Stokes CW & Asencio IO (2024) . Clinical and Experimental Dental Research, 10(3). RIS download Bibtex download

Chapters

  • Ansbro K, Farrugia C, Stafford GP & Shepherd J (2023) , Springer Series on Biofilms (pp. 195-230). Springer International Publishing RIS download Bibtex download
Research group

Current PhD students (Primary supervisor):

  • Miss Rawan AlShalan 鈥淚nhibition of Quorum Sensing in Gram Negative Bacteria鈥 鈥 Co-supervised by Prof Graham Stafford, Dr William Martin (Bradford)
  • Mrs Hollie Shaw 鈥淟ow intensity ultrasound as adjunct therapy for bacterial biofilms鈥 鈥 co-supervised by Prof Graham Stafford

Co-supervision of students: 

  • Mr Ahmed Almuntashiri (Prof Graham Stafford) 
  • Mr Rayan Ibrahim H Binduhayyim (Prof Paul Hatton, Dr Cheryl Miller)
  • Ms Alejandra A Penuelas (Dr Vanessa Hearnden)
  • Ms Katharine Wong (Prof Graham Stafford)
  • Mr James Wingham (Dr Candice Majewski)
  • Mr Alhassan  Alrafaie (Prof Graham Stafford)

Recent postdoctoral researchers: 

  • Dr Bob Turner 鈥揤alidation of antimicrobial nanomatrices (MOZART project, funded by Horizon 2020) and validation of antimicrobial 3D printed parts (funded by EPSRC)
  • Dr Tom Paterson 鈥 Validation of antimicrobial nanomatrices (MOZART project, funded by Horizon 2020)
  • Dr Andy Frey 鈥 Ultrasonic treatment and  Raman spectroscopy of bacterial infected tissue  (funded by MRC)
  • Dr Jacob Pattem 鈥 AFM of polymer/biofilm/cornea interactions (funded by MRC/GCRF)
  • Dr Toby Holmes 鈥 development of a novel wound healing and anti-biofilm device (funded by Smith & Nephew)
  • Dr Natalya Doroshenko - characterization of bacteria-binding polymers for use in ocular infections (funded by MRC/DBT)
  • Dr Patrick Harrison 鈥 efficacy of a novel antimicrobial wound dressing (funded by MRC CiC)
Grants

Recent research grants (total research funding worth over 拢6m):

  • Horizon 2020 EU award. Led by Prof Chiara Vitale-Brovarone (Torino). MesopOrous matrices for localiZed pH triggered releAse of theRapeuTic ions and drugs 鈥 MOZART. 01/11/2015 鈥 31/10/2019.  鈧4million (approx. 拢2,787,180)

  • DBT-MRC Joint Centre Partnership. Garg P, Rimmer S, Douglas I, Shepherd J, MacNeil S, Foster S. 鈥淯K-India Centre for Advanced Technology for Minimising Indiscriminate Use of Antibiotics鈥. 28/04/15 鈥 28/04/18 (拢1,153490)

  • EPSRC-GCRF-GIAA MacNeil S, Matcher S, Shepherd J 鈥楧evelopment of a low cost easy to use detection device for detecting fungal infection in the eye 01/19-06/19 (拢49,837)

  • Smith & Nephew. J Shepherd, C Murdoch, I Douglas, T Holmes, S MacNeil. 25/01/2015 鈥 31/12/2017 (拢215,606).

  • MRC Confidence in Concept. Bricklebank N, Miller K, Shepherd J, Breen C, Clegg F, Freeman-Parry L. 鈥淚N-CROWD - Cytotoxicity end efficacy of a novel slow release wound dressing鈥. 21/11/16-21/5/2017 (拢43,157)

  • SHAMROK. Shepherd J, Dwyer-Joyce R, Hearnden V. "Ultrasound as an antibiotic-free method to combat chronic intracellular infection" 1/5/2017 鈥 1/8/2017 (拢29,958)

  • Wellcome. MacNeil S, Rimmer S, Shepherd J, Gaunt J, Douglas I. 鈥淒evelopment of a rapid system for diagnosing corneal infections using pathogen-responsive polymers鈥 (拢512,024) 

Teaching activities

I currently teach Oral Microbiology on all five years of the Bachelor of Dental Surgery (BDS) degree, Years 1 and 2 of the DipHE in Dental Hygiene & Hygiene Therapy, Microbiology on  MBChB (Phase 2a ) and the MSc. in Antimicrobial resistance, and Tissue Engineering on the MSc. in Dental Material Science and MSc. Molecular Medicine.

I am Theme lead for Oral Cavity in Health and Disease (BDS 1st year), and Module lead for the M.MedSci on Diagnostic Oral Pathology module ORP6021 (Project and dissertation). 

Professional activities and memberships
  • Treasurer, Oral Microbiology and Immunology Group (OMIG, part of BSODR)
  • Member of SfAM Policy Subcommittee
  • Member of Tissue & Cell Engineering Society (TCES), Society for Applied Microbiology (SfAM), the Microbiology Society, Wound Care Alliance UK, the European Wound Management Association, and the Oral Microbiology and Immunology Group (OMIG, part of BSODR)
  • STEM ambassador
  • Member of the Florey Institute for host-pathogen interactions
  • Member of SCOD Equality, Diversity Inclusion and Wellbeing Committee
  • Invited peer reviewer for journals (Tissue Engineering, British Dental Journal, J Periodontology etc.)
  • Pool reviewer for British Council Newton Fund and the National Biofilm Innovation Centre 
  • Textbook reviewer for Oxford University Press

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