天天爽天天看-日本少妇xxxx动漫-亚洲av成人精品毛片-欧美一区二区三区激情啪啪-91精品国产成-欧美牲交a欧美牲交aⅴ-欧美日韩国产免费观看-九九99精品久久久久久综合-欧美理论影院-国内老熟妇乱子伦视频-www在线观看av-黄色裸体网站-少妇高潮惨叫久久久久久-国产偷国产偷av亚洲清高-国产午夜精品理论片小yo奈-高大丰满熟妇丰满的大白屁股

The ability to activate TLD-1433 at both green and red laser wavelengths allows the PDC to be activated at various tissue depths corresponding to the progression of the disease. 

The dark toxicity (TLD-1433, but no laser light applied) was virtually negligible when activated by green laser light and low when activated by red laser light, supporting a high safety margin in the destruction of human pharyngeal carcinoma cells. 

"TLD-1433 continues to advance in the destruction of new oncology targets, demonstrating high efficacy in the destruction of numerous cancers preclinically," Mandel says. "We have strong preclinical data supporting the use of Rutherrin (TLD-1433 + transferrin) in the destruction of glioblastoma brain cancer and lung cancer and now TLD-1433 on its own in the destruction of cervical and pharyngeal cancer."

"The Theralase-licensed PDCs have proven to be very strong anti-cancer drugs in initial clinical studies for NMIBC and preclinically for glioblastoma, lung, cervical, and now pharyngeal cancer," says Roger Dumoulin-White, president and CEO of Theralase. "We look forward to successfully expanding the clinical application of our platform of PDCs, and the laser light systems that activate them, through Phase Ib clinical studies, as we expand into these new oncological targets."