子类别
分析物
结果类型
平台
应用
品牌
行业
结果 117
Raptor® Integrated Analysis Platform
SKU 编号 700002783 | 目录编号 9680
The Raptor® Integrated Analysis Platform is a lateral flow test strip reader with built-in incubation. The Raptor provides an easy way to objectively analyze and store the results of Neogen®’s lateral flow tests.
平台: 侧向流动
Raptor® Solo Integrated Analysis Platform
SKU 编号 700002790 | 目录编号 9696
The Raptor® Integrated Analysis Platform is a lateral flow test strip reader with built-in incubation. The Raptor provides an easy way to objectively analyze and store the results of Neogen®’s lateral flow tests.
平台: 侧向流动
Reveal® Q+ for DON
SKU 编号 700002539 | 目录编号 8385
A single-step lateral flow immunochromatographic assay based on a competitive immunoassay format intended for the quantitative testing of DON in grain and grain products.
分析物: 脱氧雪腐镰刀菌烯醇(DON)
平台: 侧向流动
Result Type: 定量
Limit of Detection: 0.3 ppm
批准: FGIS: 2018-106; AOAC-PTM 071901
Reveal® Q+ for Aflatoxin
SKU 编号 700002497 | 目录编号 8085
Reveal® Q+ for Aflatoxin is a single-step lateral flow immunochromatographic assay based on a competitive immunoassay format intended for the quantitative testing of aflatoxin in grain and grain products.
分析物: 黄曲霉毒素
平台: 侧向流动
Result Type: 定量
Limit of Detection: 2 ppb
批准: FGIS 2018-114; FGIS02019-119
Reveal® Q+ for DON EndPoint
SKU 编号 700002536 | 目录编号 8375
An easy-to-use quantitative lateral flow test based on a competitive immunoassay format for the detection of DON.
分析物: 脱氧雪腐镰刀菌烯醇(DON)
平台: 侧向流动
Result Type: 定量
批准: FGIS: 2021-154
Reveal® Q+ for Fumonisin
SKU 编号 700002625 | 目录编号 8885
Reveal® Q+ for Fumonisin is a single-step lateral flow immunochromatographic assay based on a competitive immunoassay format intended for the quantitative testing of fumonisin in corn products.
分析物: 伏马菌素
平台: 侧向流动
Result Type: 定量
Limit of Detection: 0.3 ppm
批准: FGIS: 2018-116
Reveal® Q+ MAX for DON
SKU 编号 700002541 | 目录编号 8388
Reveal® Q+ MAX for DON is a lateral flow test that offers results in 3 minutes. This line of mycotoxin tests is used for six mycotoxins using water-based extraction, which eliminates the need for hazardous materials in the extraction process.
分析物: 脱氧雪腐镰刀菌烯醇(DON)
平台: 侧向流动
Result Type: 定量
Limit of Detection: 0.3 ppm
Reveal® Q+ MAX for Aflatoxin
SKU 编号 700002499 | 目录编号 8088
Reveal® Q+ MAX for Aflatoxin is a lateral flow test that offers results in 6 minutes. This line of mycotoxin tests is used for six mycotoxins using water-based extraction, which eliminates the need for hazardous materials in the extraction process.
分析物: 黄曲霉毒素
平台: 侧向流动
Result Type: 定量
Limit of Detection: 3 ppb
批准: FGIS 2019-125; AOAC-PTM 071801
Reveal® Q+ MAX for Zearalenone
SKU 编号 700002516 | 目录编号 8188
Reveal® Q+ MAX for Zearalenone is a lateral flow test that offers results in just 5 minutes. This line of mycotoxin tests ues water-based extraction, which eliminates the need for hazardous materials in the extraction process.
分析物: 玉米赤霉烯酮
平台: 侧向流动
Result Type: 定量
Limit of Detection: Corn: 36 ppb. Wheat: 21 ppb.
Range of Quantitation: 25.00 ppb - 500.00 ppb
Reveal® Q+ MAX for Ochratoxin
SKU 编号 700002614 | 目录编号 8688
Reveal® Q+ MAX for Ochratoxin is a lateral flow test that offers results in just 5 minutes. This water-based extraction test can be used on a variety of commodities, including green coffee.
分析物: 赭曲霉毒素
平台: 侧向流动
Result Type: 定量
Limit of Detection: 1.1 ppb
Reveal® Q+ MAX for T-2/HT-2
SKU 编号 700002528 | 目录编号 8288
Reveal® Q+ MAX for T-2/HT-2 is a lateral flow test that offers results in just 5 minutes. This line of mycotoxin tests uses water-based extraction, which eliminates the need for hazardous materials in the extraction process.
分析物: T-2/HT-2
平台: 侧向流动
Result Type: 定量
Limit of Detection: 50 ppb
Reveal® Q+ for Zearalenone
SKU 编号 700002515 | 目录编号 8185
Reveal® Q+ for Zearalenone is a single-step lateral flow immunochromatographic assay based on a competitive immunoassay format intended for the quantitative testing of zearalenone in corn and wheat products.
分析物: 玉米赤霉烯酮
平台: 侧向流动
Result Type: 定量
Limit of Detection: 50 ppb
Range of Quantitation: 50.00 ppb - 1,200.00 ppb
批准: FGIS 2018-115