化學(xué)/電化學(xué)發(fā)光分析

 化學(xué)發(fā)光(Chemiluminesce請睡nce, CL)和電化學(xué)發(fā)光(Electrogenerated chemiluminesce會弟nce, ECL)具有靈敏度高、有線性範圍寬、分析快速、容易實現自動化等優點，章動在材料科學(xué)、環境科學(xué)和生命科學(xué)等領好線域具有廣泛的應用。

 BPCL超微弱發(fā)光測量儀因其優異的要我靈敏度和良好(hǎo)的穩定性，被(bèi)廣泛應用于CL和ECL分析，為我國(guó)發(fā)光研究務通工作的發(fā)展作出了突出貢獻，受到(d媽通ào)廣大科研工作者的一緻好(hǎo)評，每年都(dōu)有一批采用BPC超微弱發(fā)光測量儀開(kāi)展CL和ECL研究的高質量論文發(fā)表，例子有:

[1] Na N, Zhang S C, Wang S, Zha資著ng X R. A catalytic n路冷anomaterial-based optical 微門chemo-sensor array. Journal of the America銀在n Chemical Society, 2006, 128(45): 14420-14421.信物

[2] Zhang R 人計K, Li G K, Hu Y F. Noninvasiv年去e strategy based on real-time 謝是in vivo catalumines低紙cence monitoring for clinical breat視哥h analysis. Analytical Chemistry, 2017, 89(6): 3353-3361音些.

[3] Chen F M, Mao S F, Zeng H數子 L, Lin J M, Uchiyama K. Inkjet nanoi花舊njection for high-thoughput chemilumin區小escence immunoas日拿say on multicapillary glass plat公視e. Analytical Chemistry, 2013, 85(15): 7413-空錢7418.

[4] Chen C, Li B X. Che理現miluminescence resonance energy 跳們transfer biosensin明腦g platform for site-specif爸話ic determination of DN在件A methylation and assay of DNA 喝工methyltransferase activity using光也 exonuclease III-a能綠ssisted target re裡頻cycling amplification. Biosensors and Bio們國electronics, 2014, 54: 48-54.

[5]  Liu Y M, Liu Y Y, Zhou朋火 M, Huang K J, 書區Cao J T, Wang H, Chen 會亮Y H. Chemiluminescence detection暗內 of protein in capill村弟ary electrophoresis using a兒喝ptamer-functionalized g著跳old nanoparticles間冷 as biosensing platform. Journal of Chromatography A, 2014, 1340: 128-133.

[6] Guo Z Y, Wu L,窗物 Hu Y F, Wang S, Li X化雪. Potential-resolved不很 “in-electrode” type elec微腦trochemiluminescence immun麗民oassay based on音雨 functionalized g-C呢信₃N₄ nanosheet and Ru-慢看NH₂ for simultaneous determin開書ation of dual targets. Biosensors & Bio現中electronics, 2017, 95: 27-33.

[7] Liu X Q, Shi L H, Niu W X有黃, Li H J, Xu G B. Environmentally friendly and highl商腦y sensitive ruthenium (II) Tris (2, 快很2′-bipyridyl) electrochemilum就農inescent system using 2-(dibut答玩ylamino) ethanolas Co-會舞reactant. Angewandte Chemie I綠弟nternational Edition, 2007, 119(3): 425-42分村8.

[8] Qi L M, Xia Y, Q是呢i W J, Gao WY, Wu F X, Xu G B. Inc如樹reasing electroc公外hemiluminescence intensity of a wirel體慢ess electrode array c窗道hip by thousands of times using a商北 diode for sens器外itive visual detection by a digital ca門哥mera. Analytical Chemistry, 2015, 88(2): 1123-1127.

[9] Qi W J, Wu D, Zhao J M, 兒不Liu ZY, Zhang W, Zhang L, 了亮Xu G B. Electrochemiluminescence少用 resonance energy transferbased on R這聽u(phen)3²⁺-doped silica n飛車anoparticles and its application從問 in “turn-on” detection of ozon影路e. Analytical Chemistry, 2013, 85(6):3207-3212.

[10] Tang X F, Zhao D房計, He J C, Li F W, Peng J X, Zhan東海g M N. Quenching of the electrochemiluminesce他熱nce of tris (2,2′-bipyridine) ru筆是thenium (II)/tri-n-propylami民靜ne by pristine carbon nanotu村紅be and its application to qua工唱ntitative detection of DNA. Analytical Chemistry, 2013, 85(3): 1711-1718.

[11] Zhang J, Chen P P,但化 Wu X Y, Chen J H, Xu L J業個, Chen G N, Fu F物業. A signal-on electrochemilu錢學minescenceaptamer b美術iosensor for the detection o黃森f ultratrace thrombi化離n based onjunction-probe. Biosensors and Bio呢鐘electronics, 2011, 26(5): 2到到645-2650.

[12] Wang D F, Li多睡 Y Y, Lin Z Y, Qiu B區來, Guo L H. Surface-enhanced electrochemiluminesc外窗ence of Ru@SiO₂ for ultrasensitive場鄉 detection of carcinoem湖校bryonic antigen. Analytical Chemistry, 2015, 87(12): 5966-5看件972.