智能生活解决方案,探索我们的发展历史
021-52415599
业界新闻

业界新闻

IDEX Health & Science 帮助对抗 COVID-19

2020年4月24日 作者: IDEX Health & Science

通过下一代测序(NGS),发现和早期识别导致 COVID-19 的 SAS-COV-2 是可能的。它是确定 COVID-19 的 RNA 序列的重要的一步。这种排序允许测试和处理开发过程进入高速。早期发表的一篇关于 COVID-19 的文章讨论了用于检测其 RNA 序列的下一代测序(NGS)方法。

IDEX Health & Science (IH&S)长期以来一直通过其流化性和光学产品以及与测序公司的强有力的工程伙伴关系在NGS中发挥着促进作用。DNA测序制造商依靠高分辨率技术来设计和制造流控和光学元件及子系统。我们在 Bristol, CT, Rohnert Park, CA, Middleboro, MA, Oak Harbor, WA, 和 Kawaguchi, Japan 的工厂专注于先进的流控系统技术,这些技术可以分离、排除气体和混合测序液,而我们的 Rochester, NY, 和 Carlsbad, CA 的工厂则制造了光学系统,这些系统提高了测序吞吐量和效率。
发现 SAS-COV-2 的 RNA 序列有助于开发如此高需求的诊断测试。由于一种称为聚合酶链反应或 PCR 的技术,这些试验是可能的。30 多年前,PCR 的发明被认为是上个世纪伟大的发明之一。这是一个应用,在这个过程中,数百万份 COVID-19 的遗传物质被复制出来,以便从病人的样本中检测到它们。这基本上是一种扩增方法,通过这种方法,可能存在于体液、毛发或组织中的少量遗传物质可以增加,从而有足够的分析手段。测试对于阻止 COVID-19 的传播是至关重要的,因为它允许检测工作人员识别和检疫感染者。这是一个重要的步骤,以减少蔓延,使 COVID-19 不压垮公共卫生保健系统。

IDEX Health & Science (IH&S) 与世界各地的许多诊断公司合作,他们正在创建新的 PCR 检测和仪器平台,以应对 COVID-19 传播的大流行。在许多PCR 光学检测系统中使用的滤光片中可以看到我们对这项技术的贡献的例子。这些滤光片通过将信号与噪声分开来提高检测灵敏度,并选择一个测量SAS-COV-2含量的聚合酶链反应探针所发射光的目标波长。我们在Zweibrucken, Germany and Wallingford的微流体业务线提供了高精度设备,对PCR流体和试剂进行关键操作。
虽然目前的重点是检测 COVID-19 病例,但我们预计下一阶段将是提高检测能力,以支持接受诊疗的 COVID-19 患者,并测量和跟踪因接触接受诊疗的人,即由于接触了这种疾病而获得抵抗力的人。我们在生命科学应用中的核心能力,以及在我们所有流体学站点设计和制造的产品,在支持化学分析器和高通量免疫分析平台方面发挥了重要作用。
我们正在执行我们的使命,“可信的解决方案,智能生活”。我们努力支持我们的客户,他们开发和供应关键仪器,是我们公共卫生基础设施的重要组成部分。

     “从对 COVID-19 的描述到大规模测试,IDEX Health & Science (IH&S) 在支持我们的客户方面发挥了关键作用,他们的仪器正在全天候地用于 COVID-19 大流行。我为我们的员工感到自豪,因为他们在这个时代履行我们的使命,互相照顾。”Joe Rytell,IDEX Health & Science (IH&S) 总裁给予了高度评价。

Select the fields to be shown. Others will be hidden. Drag and drop to rearrange the order.
  • Image
  • SKU
  • Price
  • Optical Specifications
  • Angle of Incidence
  • Bandpass
  • Beamsplitter maximum thickness
  • Blocking
  • Blocking Band 1
  • Blocking Band 10
  • Blocking Band 11
  • Blocking Band 12
  • Blocking Band 13
  • Blocking Band 14
  • Blocking Band 15
  • Blocking Band 16
  • Blocking Band 17
  • Blocking Band 18
  • Blocking Band 2
  • Blocking Band 3
  • Blocking Band 4
  • Blocking Band 5
  • Blocking Band 6
  • Blocking Band 7
  • Blocking Band 8
  • Blocking Band 9
  • Blocking band 15
  • Center Wavelength 1
  • Center Wavelength 10
  • Center Wavelength 11
  • Center Wavelength 2
  • Center Wavelength 3
  • Center Wavelength 4
  • Center Wavelength 5
  • Center Wavelength 6
  • Center Wavelength 7
  • Center Wavelength 8
  • Center Wavelength 9
  • Clear Aperture
  • Common Fluorophore Pair to Split
  • Cutoff Transition Width
  • Cuton Transition Width
  • Dichroic Beamsplitters
  • Dichroic Flatness
  • Dichroic Orientation
  • Edge
  • Edge Steepness
  • Edge Wavelength 1
  • Edge Wavelength 2
  • Edge Wavelength 3
  • Edge Wavelength 4
  • Edge Wavelength 5
  • Exciter Emitter Orientation
  • F1' Error
  • Flatness
  • GMBW 1
  • General Filter Specifications
  • Group Delay Dispersion
  • Group Delay Dispersion 1
  • Group Delay Dispersion 2
  • Guaranteed Minimum Bandwidth 1
  • Guaranteed Minimum Bandwidth 2
  • Guaranteed Minimum Bandwidth 3
  • Guaranteed Minimum Bandwidth 4
  • Guaranteed Minimum Bandwidth 5
  • Guaranteed Minimum Bandwidth 9
  • Laser Wavelength 1
  • Laser Wavelength 1 high
  • Laser Wavelength 1 low
  • Laser Wavelength 2
  • Laser Wavelength 3
  • Laser Wavelength 4
  • Laser Wavelength 5
  • Laser Wavelengths 1
  • Laser Wavelengths 2
  • Laser Wavelengths 4
  • Maximum Reflected Laser Beam Diameter
  • MercuryLine
  • Microscope Compatibility
  • Nominal Flatness
  • Notch Bandwidth 1
  • Optical Damage Rating
  • Optical Specifications
  • Orientation
  • Physical Filter Specifications
  • Pulse Dispersion
  • Reflected Laser Wavelengths
  • Reflected Wavefront Error
  • Reflection Band 1
  • Reflection Band 2
  • Reflection Band 3
  • Reflection Band 4
  • Reflection Band 5
  • Special use
  • Steepness
  • Substrate Type
  • Transmission
  • Transmission Band 1
  • Transmission Band 10
  • Transmission Band 11
  • Transmission Band 2
  • Transmission Band 3
  • Transmission Band 4
  • Transmission Band 5
  • Transmission Band 6
  • Transmission Band 7
  • Transmission Band 8
  • Transmission Band 9
  • Transmission Ripple
  • Transmission Value 1
  • Transmitted Laser Wavelengths
  • Transmitted Wavefront Error
  • Transverse Tolerance
  • General Filter Specifications
  • Angle of Incidence
  • Cone Half-angle
  • Optical Damage Rating
  • Physical Filter Specifications
  • Angle of Incidence
  • Bandpass
  • Beamsplitter maximum thickness
  • Blocking
  • Blocking Band 1
  • Blocking Band 10
  • Blocking Band 11
  • Blocking Band 12
  • Blocking Band 13
  • Blocking Band 14
  • Blocking Band 15
  • Blocking Band 16
  • Blocking Band 17
  • Blocking Band 18
  • Blocking Band 2
  • Blocking Band 3
  • Blocking Band 4
  • Blocking Band 5
  • Blocking Band 6
  • Blocking Band 7
  • Blocking Band 8
  • Blocking Band 9
  • Blocking band 15
  • Center Wavelength 1
  • Center Wavelength 10
  • Center Wavelength 11
  • Center Wavelength 2
  • Center Wavelength 3
  • Center Wavelength 4
  • Center Wavelength 5
  • Center Wavelength 6
  • Center Wavelength 7
  • Center Wavelength 8
  • Center Wavelength 9
  • Clear Aperture
  • Common Fluorophore Pair to Split
  • Cutoff Transition Width
  • Cuton Transition Width
  • Dichroic Beamsplitters
  • Dichroic Flatness
  • Dichroic Orientation
  • Edge
  • Edge Steepness
  • Edge Wavelength 1
  • Edge Wavelength 2
  • Edge Wavelength 3
  • Edge Wavelength 4
  • Edge Wavelength 5
  • Exciter Emitter Orientation
  • F1' Error
  • Flatness
  • GMBW 1
  • General Filter Specifications
  • Group Delay Dispersion
  • Group Delay Dispersion 1
  • Group Delay Dispersion 2
  • Guaranteed Minimum Bandwidth 1
  • Guaranteed Minimum Bandwidth 2
  • Guaranteed Minimum Bandwidth 3
  • Guaranteed Minimum Bandwidth 4
  • Guaranteed Minimum Bandwidth 5
  • Guaranteed Minimum Bandwidth 9
  • Laser Wavelength 1
  • Laser Wavelength 1 high
  • Laser Wavelength 1 low
  • Laser Wavelength 2
  • Laser Wavelength 3
  • Laser Wavelength 4
  • Laser Wavelength 5
  • Laser Wavelengths 1
  • Laser Wavelengths 2
  • Laser Wavelengths 4
  • Maximum Reflected Laser Beam Diameter
  • MercuryLine
  • Microscope Compatibility
  • Nominal Flatness
  • Notch Bandwidth 1
  • Optical Damage Rating
  • Optical Specifications
  • Orientation
  • Physical Filter Specifications
  • Pulse Dispersion
  • Reflected Laser Wavelengths
  • Reflected Wavefront Error
  • Reflection Band 1
  • Reflection Band 2
  • Reflection Band 3
  • Reflection Band 4
  • Reflection Band 5
  • Special use
  • Steepness
  • Substrate Type
  • Transmission
  • Transmission Band 1
  • Transmission Band 10
  • Transmission Band 11
  • Transmission Band 2
  • Transmission Band 3
  • Transmission Band 4
  • Transmission Band 5
  • Transmission Band 6
  • Transmission Band 7
  • Transmission Band 8
  • Transmission Band 9
  • Transmission Ripple
  • Transmission Value 1
  • Transmitted Laser Wavelengths
  • Transmitted Wavefront Error
  • Transverse Tolerance
  • Transverse Tolerance
  • Clear Aperture
  • Scratch-Dig
  • Substrate Type
  • Orientation
Click outside to hide the comparison bar
Compare