FULLPHASE will integrate different scientific and technological expertise, for point-of-care early diagnosis, by means of specific knowledge, which will be directed towards:

• Multi wavelength laser diode beam source delivering very high energy pulses.
• Highly efficient diode laser driver.
• Multi-wavelength diffractive optical beam shaping.
• Optimal light delivery.
• PA imaging depth of a few centimeters.
• Advanced beam forming and temporal resolution.
• Quantitative functional and structural imaging.
• In-vitro and ex-vivo verification.
• Preclinical validation.

The FULLPHASE consortium provides small lectures on the FULLPHASE technologies.©

• PA Imaging, Introduction: What is photo acoustic? -- UTWENTE
• PA Imaging, What do photoacoustic images show? -- UTWENTE
  
  
• PA Imaging, The principle: The Photophone 1 -- UTWENTE
• PA Imaging, The principle: The Photophore 2 -- UTWENTE
  
  
• PA Imaging, Clutter reduction -- UBERN
• PA Imaging, PA spectroscopy -- UBERN
• PA Imaging, Image resolution -- UBERN
• PA Imaging, Image reconstruction, basics -- UBERN
• PA Imaging, Image reconstruction, Space domaine vs. Frequency domaine   -- UBERN
• PA Imaging, Interaction of light with tissue -- UBERN
  
  
• PA Imaging, Pulse coding -- RUB
• PA Spectroscopy, Spectral unmixing methods -- RUB
  
  
• Ultrasound imaging, Introduction -- ESAOTE
  
  
• Ultrasound imaging, Harmonic imaging -- UTWENTE
• Ultrasound imaging, Image resolution -- UTWENTE
• Ultrasound imaging, Plane wave and compound imaging -- UTWENTE
  
  
• Ultrasound Imaging, Acoustic properties of tissues I -- RUB
• Ultrasound Imaging, Acoustic properties of tissues II -- RUB
  
  
• Ultrasound Imaging, Plane wave imaging -- UBERN
  
  
• Ultrasound Imaging, Strain imaging & elastography - I -- TU/e
• Ultrasound Imaging, Strain imaging & elastography - II -- TU/e