Lund University Medical Laser Centre, Sweden (LIT)

Partner Description

 

Parntner Details - LIT


The Lund University Medical Laser Centre (LIT) is a Centre at Lund University, Sweden fostering cross-disciplinary research and development with participants from three faculties. Within this team, a fruitful collaboration between physicists, physicians and chemists has emerged. The aim of our research is to develop and evaluate new diagnostic or therapeutic modalities. It is important that new modalities, proven to provide information of medical interest, are offered to the patients. It is thus necessary to have a very close collaboration between all the disciplines involved in the development, evaluation and medical introduction of novel techniques. The Centre also belongs to one of the largest laser centres in Northern Europe. This provides us with unique possibilities to test odd ideas in this area of research, as we have a lot of equipment available for short-term tests. The idea of white light time-resolved spectrometer was first developed and tested in the high power laser facility in Lund. We have also developed various instruments for in vivo fluorescence measurements and measurements of optical properties in tissue. This has given us a broad competence in this area and made it possible to conduct the proposed project without large investments in new equipment. The activities have also resulted in two spin-off companies.

The motivation of LIT to participate in NANO UB-SOUCRES is to use their expertise in tissue spectroscopy and to utilize a rather unique close collaboration between on one hand researchers and instrument developers and on the other hand clinical specialists. The Centre is also heavily involved in developing time-resolved tissue spectroscopy techniques and OCT spectroscopy in close collaboration with RISOE, and need for these developments improved light sources.

Role in NANO UB-Sources


The role of LIT will be:

  • to participate in the design and evaluate photonic crystal fibres (PCFs) for supercontinuum generation (SCG) to be used as light sources for time-resolved tissue spectroscopy and OCT spectroscopy.
  • to design and develop a fibre-based clinically-adapted time-resolved tissue spectroscopy system supporting broad bandwidth between 700 and 1300 nm. Developments include besides the light source development a matched highly efficient spectrally resolved detection system, light delivery systems for a few clinical applications and software.
  • in collaboration with other partners to evaluate OCT and time-resolved tissue spectroscopy in clinical trials. Here especially Department of Oncology (Ass. Prof. Katarina Svanberg) and Department of Dermatology (Dr. Niels Bendsöe) will be engaged. Both these clinics are since long heavily involved in the activities at the Lund University Medical Laser Centre (Katarina Svanberg being one of the cofounders of the Centre in 1991 and being its present director, and Niels Bendsöe being a member of the board).

Last Updated on 2007-11-20

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