艾美捷Fluorochorome研究工具在生命科學實驗中有著廣泛的應用，Fluorochorome致力于熒光染料的研究與開發，其Fluoro Gold（熒光金）自1985年推出以來被廣泛應用，并有大量的參考文獻。除此之外，Fluorochrome還擁有高靈敏度的Fluoro-Gold抗體、以及 Fluoro-Ruby（紅色熒光金）等等。

Fluorochorome Fluoro-Gold & Fluoro-Ruby ——神經元逆行/順行示蹤標準:

FluoroGold( 熒光金)，品名Fluoro-Gold，是使用超廣泛、超有效的 神經元逆行示蹤劑 ；

Fluoro-Gold( 熒光金)抗體是超有效的針對于熒光金的抗體，自Fluorochrome于1998年推出以來，它取得了非常好的成績；

Fluoro-Ruby( 紅色熒光金)是一種快速、靈敏、可靠且技術簡單的熒光神經元順行示蹤劑，Fluoro-Ruby的使用于Fluoro-Gold基本相同，被認為是了不起的神經元順行示蹤劑 。

Fluorochorome熱門研究：

52-9400 熒光金 Fluoro-Gold 20mg Fluorochrome

52-9400 熒光金 Fluoro-Gold 50mg Fluorochrome

52-9600 熒光金抗體 Antibody to Fluoro-Gold 0.1ml×1 Fluorochrome

52-9500 紅色熒光金 Fluoro-Ruby 30mg Fluorochrome

52-9610   Ki067 Antibody-W 200ul Fluorochrome

52-9620   GFAP Antibody-W 200ul Fluorochrome

52-9630   BrdU Antibody-W 200ul Fluorochrome

Fluorochorome熒光金相關文獻（部分）：

Tosolini A.P., Mohan R, Morris R., “Targeting the full length of the motor end plates regions in the mouse forelimb increases the uptake of Fluoro-Gold into corresponding spinal cord motor neurons," Frontiers in Neurology (2013) 1-10.

Tosolini A.P., Mohan R., “Spatial characterization of the motor neuron columns supplying the rat forelimb," Neuroscience 200 (2012) 19-30.

Bowyer, J.F. and Schmued, L., Fluoro-Ruby labeling prior to an amphetamine neurotoxic insult shows a definitive massive loss of dopaminergic terminals and axons in caudateputamen. Brain Res., 1075, (2006) 236-239.

*Schmued, L.C., “Anti-retrograde and retrograde neuroanatomical tract tracing with fluorescent compounds," Neuroscience Protocols, 94-050-02 (1994) 1-15.

Van Bockstaele, E.J., Wright, A.M., Cestari, D.M., and Pickel, V.M., “Immunolabeling of retrogradely transported Fluoro-Gold: sensitivity and application to ultrastructural analysis of transmitter-specific mesolimbic circuitry," Journal of Neuroscience Methods, 55 (1994) 65-78.