Skip to content
STFC Logo
  • About us
    • Scientific departments
      • Artemis laser
      • Gemini laser
      • Octopus imaging facility
      • Ultra/HiLUX laser
      • EPAC laser
      • Vulcan 20-20 laser
      • Plasma physics
      • Target fabrication
      • CALTA: DiPOLE
      • Engineering
  • Careers
  • Contact
  • Modernisation of the CLF
  • Impact
    • Impact Reporting
    • International collaborations
    • Publications
  • Users
    • CLF laser facilities
    • Academic access
    • Industry access
    • Experimental support
  • Industry
    • Case studies
  • Our science and technology
    • Major projects
    • CALTA: DiPOLE
    • Target fabrication
    • Laser-driven plasma accelerators
    • Plasma physics
    • Experimental design and engineering
    • Vulcan development
    • Biological microscopy
    • UPLiFT
    • SORS
  • News
CLF Logo
Central Laser Facility - logo
  • Impact
    • Impact Reporting
    • International collaborations
    • Publications
  • Users
    • CLF laser facilities
    • Academic access
    • Industry access
    • Experimental support
  • Industry
    • Case studies
  • Our science and technology
    • Major projects
    • CALTA: DiPOLE
    • Target fabrication
    • Laser-driven plasma accelerators
    • Plasma physics
    • Experimental design and engineering
    • Vulcan development
    • Biological microscopy
    • UPLiFT
    • SORS
  • News

Christopher Tynan

Senior Link Scientist

Chris is a Senior Link Scientist at Octopus. Since 2022, he has been in charge of the CLF’s new Abberior-Instruments MINFLUX system, the only commercial MINFLUX system currently in the UK.

Chris has 15 years of experience implementing and utilising a range of fluorescence imaging techniques and applying them to an equally eclectic set of research projects. In his time at the Octopus facility, he has worked on time resolved confocal-FLIM, FRET, multi-colour single molecule tracking, gSTED and localisation microscopy.

Chris’ research interests include the application of single molecule tracking and super-resolution imaging to study cellular processes in three-dimensions, particularly signal transduction by the Epidermal Growth Factor Receptor.

Selected publications

AR cooperates with SMAD4 to maintain skeletal muscle homeostasis. Acta Neuropathol 143, 713–731 (2022)

M Forouhan, WF Lim, LC Zanetti-Domingues et al


The guidance and adhesion protein FLRT2 dimerizes in cis via dual small-X3-small transmembrane motifs

V Jackson et al

STFC logo
  • Terms of use
  • Cookie policy
  • Privacy notice
  • Accessibility
  • UK Research and Innovation
  • News
  • Governance
  • Publications
  • CLF laser facilities
CLF - STFC

©2026 Copyright Central Laser Facility UKRI STFC
  • About us
  • Careers
  • Contact