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Non-coherent light - a good alternative in treatment of superficial tumours?
Light therapy is very popular in human medicine and getting more important also in animals. So this brandnew study measures the effect of a 665-nm red light from a non-coherent light source or a dye laser in the treatment of superficial tumours. The result: surprising!

Cultured 9L cells were incubated with varying concentrations of pheophorbide-a-hexyl ether (HPPH) and then exposed to 665-nm red light from a non-coherent light source or a dye laser.

Cell death was produced by both light sources, with the non-coherent light being most effective at the highest HPPH concentrations. To assess the feasibility of using the non-coherent light source for clinical photodynamic therapy (PDT), four dogs and three cats presenting with spontaneous superficial tumours were injected intravenously with 0.15 mg kg1 of HPPH, 1 h before their tumours were irradiated with 665-nm non-coherent light (50 mW cm2, 100 J cm2).

Of the nine tumours treated, there were eight complete responses, all occurring in animals with squamous cell carcinoma. After 68 weeks of follow-up, the median initial disease-free interval had not been reached.

These data suggest that non-coherent light sources may be efficacious for photodynamic therapy of spontaneous superficial tumours in animals, representing a cost-effective alternative to medical lasers in both veterinary and human oncology.


Source: Reeds, K. B., Ridgway, T. D., Higbee, R. G. & Lucroy, M. D. (2004): Non-coherent light for photodynamic therapy of superficial tumours in animals. In: Veterinary and Comparative Oncology 2 (3), 157-163.




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SMALL ANIMAL PRACTICE

Correlation of direct in-house cerebrospinal fluid cytology with commercial pathology results
In-house diagnostics are commonly used in veterinary practices, often allowing a quick diagnosis and thus the start of an adequate therapy. The aim of this online published new study was to investigate the correspondence between in-house direct cytological assessment of cerebrospinal fluid and results from a commercial veterinary pathology laboratory.

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