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Bangs Lab熒光磁性羧基聚合物：
磁性經典（MC目錄代碼）與磁性封裝（ME目錄代碼）微球均采用將氧化鐵晶體均勻分布于聚合物基質中的方式合成。封裝型磁性微球表面經過包覆處理，可消除氧化鐵分子產生的自發熒光；而經典款微球表面則會殘留部分裸露的氧化鐵。COMPEL微球（UMC目錄代碼）是具有高均勻度與完美球形的封裝微球，其低自發熒光特性特別適用于微型化生物檢測或分離實驗。查閱完整熒光光譜請點擊此處。
本品為濃度約1% (重量/體積) 的水相懸浮液，提供四種標準體積規格：1毫升、5毫升、10毫升及100毫升。
| CAT.# | PRODUCT NAME | SPEC RANGE | FLUORESCENT EX/EM(NM) | %MAGNETITE |
| MCDG001 | Fluorescent Classical Magnetic COOH,Dragon Green-0.9um | ~0.9um | 480/520 | ~60% |
| MEDG002 | Fluorescent Encapsulated Magnetic COOH, Dragon Green-~1.63um | ~1.63um | 480/520 | ~40% |
| MEFR002 | Fluorescent Encapsulated Magnetic COOH,Flash Red-~1.63um | ~1.63um | 660/690 | ~40% |
| MEGB002 | Fluorescent Encapsulated Magnetic COOH, Glacial Blue-~1.63um | ~1.63um | 360/450 | ~40% |
| MESY002 | Fluorescent Encapsulated Magnetic COOH, Suncoast Yellow-~1.63um | ~1.63um | 540/600 | ~40% |
| UMDG001 | COMPELTM Fluorescent Magnetic COOH,Dragon Green-3um | 2.50-3.50ur | 480/520 | ~10.0-12.5% |
| UMDG002 | COMPELTM Fluorescent Magnetic COOH,Dragon Green-6um | 5.50-6.50um | 480/520 | ~5.5-6.5% |
| UMDG003 | cOMPELTM Fluorescent Magnetic COOH,Drago Green-8um | n 750-8.50un | 480/520 | ~3.0-3.5% |
| UMEG001 | COMPELTM Fluorescent Magnetic COOH,Envy Green-3um | 2.50-3.50um | 525/565 | ~10.0-12.5% |
| UMFR001 | COMPELTM Fluorescent Magnetic COOH,Flash Red-3um | 2.50-3.50um | 660/690 | ~10.0-12.5% |
| UMFR002 | COMPELTM Fluorescent Magnetic COOH,Flash Red-6um | 5.50-6.50um | 660/690 | ~5.5-6.5% |
| UMFR003 | COMPELTM Fluorescent Magnetic COOH,Flash Red-8um | 7.50-8.50um | 660/690 | ~3.0-3.5% |
| UMGB001 | COMPELTM Fluorescent Magnetic COOH,Glacial Blue-3um | 2.50-3.50um | 360/450 | ~10.0-12.5% |
| UMGB002 | COMPELTM Fluorescent Magnetic COOH,Glacial Blue-6um | 5.50-6.50um | 360/450 | ~5.5-6.5% |
| UMGB003 | COMPELTM Fluorescent Magnetic COOH,Glacial Blue-8um | 7.50-8.50um | 360/450 | ~3.0-3.5% |
文獻參考：
Hinds, K, Hill, J, Shapiro, E, Laukkanen, M, Alfonso C. Silva, Combs,…Dunbar, C (2003) Highly efficient endosomal labeling of progenitor and stem cells with large magnetic particles allows magnetic resonance imaging of single cells. Blood Aug 102 (3) 867-872
Shapiro, E M, Skrtic, S, Koretsky, AP (2005) Sizing it up: Cellular MRI using micron-sized iron oxide particles. Magn. Reson. Med., 53: 329–338
Rohani, R, de Chickera, SN, Willert, C, Chen, Y, Dekaban, G, Foster, P (2011) In Vivo Cellular MRI of Dendritic Cell Migration Using Micrometer-Sized Iron Oxide (MPIO) Particles Mol Imaging Biol 13: 679
Slotkin,J, Cahill, K, Tharin, S, Shapiro, EM (2207) Cellular Magnetic Resonance Imaging: Nanometer and Micrometer Size Particles for Noninvasive Cell Localization Neurotherapeutics, V4,3,P428-433
Tarulli E, Chaudhuri JD, Gretka V, Hoyles A, Morshead CM, Stanisz GJ. (2013) Effectiveness of micron-sized superparamagnetic iron oxide particles as markers for detection of migration of bone marrow-derived mesenchymal stromal cells in a stroke model. J Magn Reson Imaging.Jun;37(6):1409-18. (MCDG001, 0.9?m Dragon Green Magnetic Classical, 60% mag)
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