Continued patient treatments in clinical trial

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A further two patients were treated 3rd May in SpectraCure's clinical trial for treatment of recurrent prostate cancer at the Princess Margaret Cancer Centre in Toronto. The treatments were done with the method based on photodynamic therapy (PDT) developed by SpectraCure. As before, the treatments were performed by a team led by Drs Neil Fleshner and Nathan Perlis and everything passed well, the company's technology worked well according to plans and patients are doing well.

"It is very pleasing that we have been able to treat two patients in one day. This is an important step in order to be able to keep a higher rate in the clinical program in the near future at the hospitals involved", commenting CEO Masoud Khayyami.

At the treatments, Dr Caroline Moore from University College London (UCL) attended as an observer. Dr Moore is the principal investigator of the part of the clinical trial that will be conducted at University College London Hospital.

"It was very helpful to observe the new procedures," Dr Moore said after attending the treatments in Toronto. “We now look forward to starting the study at UCLH.”

The treatment method, PDT, means that the patient is given a light-activated drug that accumulates in the tumour. When the cancer tissue is illuminated using the SpectraCure light delivery system, the drug is activated and the tumour is eliminated.

The target group of the study is patients with recurrent prostate cancer after radiotherapy. For this patient group, routine curative treatment options are lacking and they are normally given hormone therapy to inhibit tumour growth. Hormonal treatment often causes undesirable side effects. SpectraCure aims to offer a curative treatment option for these patients, with fewer and less severe side effects.

For further information, contact:
SpectraCure AB publ, CEO, Masoud Khayyami, phone: +46(0) 70 815 21 90

SpectraCure in short

SpectraCure was founded in 2003 as a spin off from Lund University departments for medical laser applications and physics. The company focuses on cancer treatments using medical systems with laser light sources and reactive drugs, which is referred to as "Interstitial Photodynamic Therapy", PDT, a treatment methodology suitable for internal solid tumours of various kind, e.g. prostate and abdominal salivary glands, but also other indications such as cancer tumours in the head and neck region