WG 1: full-field VCSEL array perfusion imaging
Leader: Prof Thierry Bosch (FR), Thierry.Bosch@enseeiht.fr
Co-leader: Prof Silvano Donati (IT), firstname.lastname@example.org
– will develop an ultra-compact, full-field blood perfusion sensing technology based on the 2D laser arrays. Will enable rapid quantification of vascularisation. Clinical evaluation of the system
WG 2: Tissue characterization at mid infrared frequencies using Quantum Cascade Lasers (QCLs)
Leader: Prof Maurizio Dabbicco (IT), email@example.com
Co-leader: Dr. Johannes Koeth (DE), firstname.lastname@example.org
–relevant for diagnosis of skin lesions, will make available additional chemical mapping to the vascular and structural information. Clinical evaluation of the system
WG 3: Tissue characterisation at terahertz frequencies using THz QCLs SMI.
Leader: Dr Paul Dean (UK), email@example.com
Co-leader: Prof. Aleksandar Rakic (AU), firstname.lastname@example.org
-Initial work shows potential for discriminating basal cell carcinoma (BCC) from surrounding healthy tissue. Potential to revolutionize in vivo diagnostics. Clinical evaluation of the system
WG 4: Validation and evaluation of combined sensing modalities.
Leader: Dr Iris Zalaudek (AU), email@example.com
Co-leader: Prof. Peter Soyer (AU), firstname.lastname@example.org
-Clinical evaluation of the combination of the multiple investigative techniques in the discrimination of malignant versus non-malignant behaviour in tissue lesions. Image fusion.