Laser Therm therapy to radio resistant superficial cancer after failure of radiation therapy
Radiation therapy for cervical cancer is radical cureability and the usefulness are known widely. Lesions remains after these radiation therapy are often slight superficial lesions. However, because radiation doses have been fully given, the additional treatment by radiation is difficult. Laser thermotherapy for radioresistant uterine cancer after radiotherapy or for local recurrence of vagina stump after radiotherapy is expected. Laser thermotherapy system, along with typical handpieces, is applied to all types of radiation resistant superficial tumors.
For Industry, please contact to : Asuka Medical, Inc 2F D-egg, 1 Kodo Jizoudani, Kyotanabe-shi, Kyoto Prefecture, 610-0332 Japan Phone: +81-774-65-2233 Fax: +81-774-65-2288 E-mail : email@example.com
Lymphedema is a potential side effect of cancer surgery, especially in breast cancer and uterine cancer. Once lymphedema is developed, it can be difficult to treat. Based on the evaluation of the lymphatic system in early stage of each patient, we will establish a novel treatment algorithm for the lymphedema. Active motion exercise under low pressure can promote lymphatic flow safety, with monitoring of lymphatic function.
For Industry, please contact to: NIPPON SIGMAX CO.,LTD. 33rd Floor Shinjuku OAK Tower,6-8-1 Nishi-shinjuku,Shinjuku-ku,Tokyo,163-6033,Japan TEL.03-5326-3230 FAX.03-5326-3231 INTEL.+81 E-mail : firstname.lastname@example.org
Nagoya University Hospitals history began in 1871 when it was first established as a temporary public hospital at the former site of the Nagoya Domain conference chamber. In the ensuing 140 years, with the understanding and support of the local community, it has developed into the highly-respected institution that it is today. Currently, many patients visit our hospital from both within Aichi prefecture and elsewhere, and our hospital has a distinguished reputation for providing outstanding healthcare.
Nagoya University Hospital established the Center for Advanced Medicine and Clinical Research (CAMCR) based on a mission that we develop new medical service for the next generation. CAMCR provides researchers with the one-stop service to incubate various seeds, to build a sustainable R & D pipeline. CAMCR makes an evaluation matrix for every stage where basic science leads to clinical study phase, and supports to stage-up the seeds of the high evaluation toward clinical application.
We exhibit the two medical devices born from hospital doctors' idea and needs.