MINERVA Project introduction www.minerva-project.eu Project Intro - - PowerPoint PPT Presentation

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MINERVA Project introduction www.minerva-project.eu Project Intro - - PowerPoint PPT Presentation

MId- to NEaR infrared spectroscopy for improVed medical diAgnostics MINERVA Project introduction www.minerva-project.eu Project Intro MINERVA motivation: improve early cancer diagnosis Early cancer diagnosis reduces mortality Single


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www.minerva-project.eu Project Intro

MId- to NEaR infrared spectroscopy for improVed medical diAgnostics

MINERVA

Project introduction

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www.minerva-project.eu Project Intro

Unstained normal colonic mucosa tissue section (7 µm thick) on calcium fluoride substrates

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MINERVA motivation: improve early cancer diagnosis

  • Early cancer diagnosis reduces mortality
  • Single most important factor
  • Identification whilst cancer is surgically curative
  • Early identification is very difficult
  • Cancerous cells are very similar to healthy cells
  • Diagnosis becomes easier as the cancer develops
  • Mid-IR spectroscopy offers new tool
  • MINERVA considers wavelengths ~1.5-12 µm.
  • Broadband supercontinuum (SC) sources
  • Many organic molecule absorption peaks
  • Could offer clinicians additional information
  • Skin cancer detection (rigid skin probe)
  • High throughput microscope-based pathology screening.

Images courtesy of University of Exeter 100 µm

IR spectral image (Amide I peak)

High Low 100 µm

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www.minerva-project.eu Project Intro

Project information

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  • MINERVA is funded under the European Commission’s Seventh

Framework Programme

  • Programme acronym FP7-ICT
  • http://cordis.europa.eu/fp7/ict/home_en.html
  • Funding scheme : Large-scale integrating project - CP-IP
  • Activity : ICT-8-3.5 - Core and disruptive photonic technologies
  • Project Reference 317803
  • Project cost 10.6 M€
  • Project funding 7.3 M€
  • Start date 01-Nov-2012
  • End date 31-Oct-2016
  • Duration 48 months.
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www.minerva-project.eu Project Intro

Consortium

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1 Gooch & Housego (UK) Ltd. UK (Coordinator) Gooch & Housego (Torquay) Ltd. UK (Third party) 2 NKT Photonics A/S DK 3 LISA Laser Products OHG D 4 BBT-Materials Processing SRO CZ 5 Xenics NV B 6 IR Nova AB S 7 University of Nottingham UK 8 Technical University of Denmark DK 9 Vivid Components Ltd. D 10 Westfaelische Wilhelms-Universitaet Muenster D 11 The University of Exeter UK 12 Gloucestershire Hospitals NHS Foundation Trust UK 13 Universidad Politecnica de Valencia E

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www.minerva-project.eu Project Intro

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System overview

Super- continuum source Mid-IR camera Pump laser AOTF Spectral analysis & interpretation Sample

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www.minerva-project.eu Project Intro

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System overview

Super- continuum source Mid-IR camera Pump laser AOTF Spectral analysis & interpretation Sample

Pr-doped fibres Chalcogenide fibres

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www.minerva-project.eu Project Intro

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System overview

Super- continuum source Mid-IR camera Pump laser AOTF Spectral analysis & interpretation Sample

Chalcogenide-based SC sources 2.9 µm and 4.5 µm pump lasers ZBLAN- based SC sources

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www.minerva-project.eu Project Intro

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System overview

Super- continuum source Mid-IR camera Pump laser AOTF Spectral analysis & interpretation Sample

Calomel crystals Novel AOTF designs End caps and fused components

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www.minerva-project.eu Project Intro

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System overview

Super- continuum source Mid-IR camera Pump laser AOTF Spectral analysis & interpretation Sample

T2SL technology Camera hardware

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www.minerva-project.eu Project Intro

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System overview

Super- continuum source Mid-IR camera Pump laser AOTF Spectral analysis & interpretation Sample

Analysis of mid-IR interaction with tissue Spectral discrimination

  • f cell and pathology

types

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www.minerva-project.eu Project Intro

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System overview

Super- continuum source Mid-IR camera Pump laser AOTF Spectral analysis & interpretation Sample

Segmentation and data analysis Multivariate diagnostic algorithms

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www.minerva-project.eu Project Intro

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Selected MINERVA technical highlights

  • Record long wavelength SC generation (1.4-13.3 m)

Nature Phot. 8, p. 830 (2014)

  • Longest wavelength ZBLAN SC source (1.2 W; 4.75 µm)
  • Conf. Adv. Solid State Lasers

JTh5A (2013)

  • Highest peak power 2.9 µm laser (10.6 kW)

CLEO Europe paper CJ-7.2 (2015)

  • Highest NA in a mid-IR optical fibre
  • Opt. Mat. Exp. 4, p. 1444 (2014)
  • Lowest loss and longest transmission in Ge-As-Se fibre (52 m)
  • Opt. Mat. Exp. 5, p. 1722 (2015)
  • Record Pr mid-IR luminescence and lifetime in small-core optical fibre
  • Opt. Exp. 22, p. 21236 (2014)
  • Opt. Mat. Exp. 5, p. 870 (2015)
  • First ever SM ZBLAN fused fibre coupler
  • PW16. Tomorrow! Paper 9730-7
  • Largest calomel crystals produced (35 mm diameter)
  • PW16. Today! Paper 9703-3
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www.minerva-project.eu Project Intro

MINERVA Advisory Group

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  • MINERVA welcomes contact from interested parties to:
  • Guide MINERVA research
  • Develop new exploitation routes for mid-IR technology
  • Identify novel applications
  • Target organisations:
  • End users (hospitals, medical practitioners)
  • Research organisations (bio-medical and photonic)
  • Universities
  • Industrial companies.
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www.minerva-project.eu Project Intro

Contact

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Thanks for your attention!

www.minerva-project.eu Project website

For further information please contact:

jward@goochandhousego.com Technical bruce@vividcomponents.co.uk Admin & Advisory Group