Saito Yoshio, Hanawa Kazuo, Bag Subhendu Sekhar, Motegi Kaori, Saito Isao
NEWCAT Institue, School of Engineering, Nihon University and SORST, Japan Science and Tecnology Agency, Tamura, Koriyama 963-8642, Japan.
Nucleic Acids Symp Ser (Oxf). 2006(50):181-2. doi: 10.1093/nass/nrl090.
We have developed novel acridone-labelled BDF probe which showed its potential in recognizing opposite matched base from its target sequence via enhancement of fiuorescence intensity. This probe emit at a longer wavelength than previously reported pyrene-labelled BDF probe and thus can be used in DNA chip.
我们开发了新型吖啶酮标记的BDF探针，该探针通过增强荧光强度显示出从其靶序列识别互补匹配碱基的潜力。这种探针的发射波长比先前报道的芘标记的BDF探针更长，因此可用于DNA芯片。
