分类简介：
种类丰富的生物发光试剂，包括生物发光肿瘤细胞株及相应底物。为建立疾病动物模型研究时提供广阔的应用选择。
RediJect substrates offer ultimate sensitivity and reproducibility that is critical for accurate quantitation. Obtain better results by minimizing variability in formulation, minimizing freeze/thaw and controlling batch to batch variation.
RediJect D-Luciferin Ultra is a firefly luciferase bioluminescent substrate, pre-formulated with a fluorescent tracer, to validate your substrate injection. XenoLight D-Luciferin is available in gram and higher quantities.
荧光标记染料
VivoTag® fluorochromes and AminoSpark® nanoparticles are designed specifically to enable customized development of novel superbright fluorescent imaging agents, with properties that are ideal for use in in vivo or in vitro imaging.
Excellent for in vitro and in vivo imaging：IVIS®, IVM, FMT®, FRI or fluorescence microscopy; Provide superbright, stable fluorescence for longer times than previously possible
Ideal for in vivo imaging：minimal cytotoxicity, narrow size distribution, highly functionalized
Customizable targeting：with amine-reactive molecules, such as NHS esters, anhydrides or EDC activated carboxylates with chosen fluorochrome
Minimal cytotoxicity：Dose-dependent uptake of nanoparticles in cytoplasm and nucleus
A lypophilic NIR dye like the XenoLight DiR is ideal for staining the cytoplasmic membrane, resulting in specific and stable cell staining with negligible dye transfer between cells.
Fluorescent Nanoparticles AminoSPARKS are a family of highly fluorescent near infrared nanoparticles specifically designed for in vivo imaging. AminoSPARKS comprise an iron oxide core that is coated to specifically produce a functionalized biocompatible product. AminoSPARK® 680 contains an amine-functionalized surface that serves as an optical platform, suitablefor further chemistry and conjugation to a variety of amine reactive molecules. AminoSPARK nanoparticles can be derivatized with amine reactive molecules, such as NHS esters, anhydrides or EDC activated carboxylates, using standard amine coupling conditions.
最新红移型生物发光肿瘤细胞株，适于研究深部肿瘤动物模型。
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红移型荧光素酶生物发光细胞优势
Red-Fluc发射光谱比Luc2红移约 20 nm ;穿透力更强。有助于深层组织肿瘤成像检测 。
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体内及体外生物发光定量分析：红移型荧光素酶（Red-Fluc）发光效率及组织穿透力强于传统型荧光素酶（Luc2）。更适合于深部肿瘤疾病模型。
注：上图使用的细胞为鼠乳腺癌发光细胞系
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体外成像检测显示：转染红移型荧光素酶的PC3M细胞发光效率比传统型荧光素酶强了约20倍。同时不影响细胞的生长曲线 (Peterson, et al. 2014)
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产品名称
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产品描述
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产品货号
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HT1080-Red-Fluc
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人纤维肉瘤细胞系
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BW 128092
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4T1-Red-Fluc
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鼠乳腺癌细胞系
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BW 124087
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MDA-MB-231-Red-Fluc
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人乳腺癌细胞系 ，适用于建立肿瘤转移模型
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BW 124319
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GL261-Red-Fluc
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鼠神经胶质癌细胞系
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BW 134246
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HepG2-Red-Fluc
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人肝癌细胞系
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BW 134280
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PC-3M-Red-Fluc
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人前列腺癌细胞系 ，适用于建立原位及心脏注射模型
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BW 124089
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PC-3-Red-Fluc
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人前列腺癌细胞系
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BW 128444
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LnCaP-Red-Fluc
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人前列腺癌细胞系
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BW 125055
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B16-F10-Red-Fluc
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鼠黑色素瘤细胞系
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BW 124734
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HCT-116-Red-Fluc
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人结肠癌细胞系
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BW 124318
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HT-29-Red-Fluc
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人结肠癌细胞系
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BW 124353
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Colo205-Red-Fluc
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人结肠癌细胞系
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BW 124317
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U-87 MG-Red-Fluc
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人脑癌细胞系 ，适用于建立恶性胶质瘤模型
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BW 124577
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NCI-H460-Red-Fluc
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人脑癌细胞系 ，适用于建立原位接种肺癌模型
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BW 124316
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K-562-Red- Fluc
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人白血病细胞系
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BW 124735
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BxPC3-Red-Fluc
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人胰腺癌细胞系
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BW 125058
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MCF-7-Red-Fluc
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人乳腺癌细胞系
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BW 119262
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A549-Red-Fluc
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人肺癌细胞系
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BW 119266
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LL/2-Red-Fluc
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鼠肺癌细胞系
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BW 119267
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SKOV3-Red-Fluc
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人卵巢癌细胞系
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BW 119276
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D-Luciferin（1g）
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用于生物发光活体成像的D-Luciferin (K+salt）散装物 ，需自行配置注射液
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122799
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RediJect D-Luciferin (50次）
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可直接用于生物发光活体成像的D-Luciferin (K+salt)J底物注射液
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770504
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RediJect D-Luciferin Ultra (50次）
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可直接用于生物发光活体成像的D-Luciferin (K+salt)I底物注射液
带有可辅助确认底物注射效果的荧光标记
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770505
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