%0 Journal Article
%T Bradeion Project: Monitoring and Targeting of Cancer: Molecular Marker Diagnosis of Cancer by Fluorescence Correlation Spectroscopy (FCS)
%A BradeionTomoo Tanaka
%A Yoshiaki Kawamura
%A Yukio Usui
%A Toshiro Terachi
%A Fumihiro Kimura
%A Tomohiko Asano
%A Masamichi Hayakawa
%A Norihiro Sakai
%A Shinji Morimoto
%A Yoshiyuki Mogi
%A Hideomi Fujiwara
%A Nobuhiko Yamamoto
%A Kiyoshi KomoriManami TanakaBradeionBradeionBradeion¦ÂBradeion
%J The Open Conference Proceedings Journal
%D 2010
%I Bentham Open
%R 10.2174/2210289201001010129]
%X The human Sept4/Bradeion GTPase (56Kda) is specifically expressed in colorectal cancer, malignant melanoma, prostate cancer and other urologic cancers such as renal cell carcinoma and bladder cancer. Significance of Bradeion is that, 1) ¡®all or none¡¯ expression, 2) no genetic alterations among patients, and 3) strong tissue-and cell typespecificity. This character satisfies the desired criteria as a target to monitor and control cancer. With the advent of current technology development in nano-scale, we have succeeded to develop the effective serum test for early diagnosis of cancer. Fluorescence correlation spectroscopy (FCS) can directly and quickly analyse protein-protein binding in a sample solution by reflecting the molecular weight of the labeled molecules. We present a novel and successful diagnostic methods by the quantitative detection of Sept4/Bradeion ¦Â in the patients¡¯ serum using monoclonal antibodies. The resulting diagnostic efficacy was as follows; 100% (colorectal cancer), 89.0 % (prostate cancer), 92.3 % (renal cell carcinoma), and 89.0 % (bladder cancer). More importantly, the increased Bradeion titers decreased to the normal level after one week (polypectomy with colonoscope) to 3 weeks after surgical detection of the cancer.
%U http://www.benthamscience.com/open/toprocj/articles/V001/129TOPROCJ.htm