Cellular Imaging Instrumentation Accessories
Enterprise Technology Solutions 108R00697 DRUM UNIT, 30000 PAGE-YIELD, CYAN/MAGENTA/YELLOW
This changeable OEM drum unit will save money over the life of the machine. It's quality manufactured for superior charging and toner transfer. Reliability is backed by years of testing and inspection.
Roche Diagnostics HIRES CONTROL BEADS 1E6 30 ML
Cedex HiRes Control Beads 1 x 10 6 /ml, Control Beads for the Cedex HiRes Analyzer.
Sigma Aldrich Fine Chemicals Biosciences CytoSoftR Imaging 96-Well
The rigidity of the cells substrate (such as the extracellular matrix) can have profound effect on cell function including morphology differentiation and gene expression. Youngs elastic modulus is a mechanical property that measures the stiffness of a solid material. It defines the relationship between stress and strain in a material and is measured in kPa.CytoSoft(R) plates provide a tool to culture cells on substrates with defined rigidities covering a broad physiological range (0.2 kPa- 64 kPa). On the bottom of each well there is a thin layer of specially formulated biocompatible silicone whose elastic modulus (rigidity) is carefully measured and certified. The surfaces of the gels are functionalized to form covalent bonds with amines on proteins. The gel readily binds to purified ECM proteins such as PureCol type I collagen (5006) prior to cell addition. CytoSoft(R) Imaging plates are designed for high-reSOLUTIONon imaging where low autofluorescence andexceptional optical cl
Sigma Aldrich Fine Chemicals Biosciences 3dGROTM Lung Organoid Bran
The lung epithelium undergoes a complex series of endodermndashmesoderm-mediated signaling events to generate a complex arborized network of conducting airway (bronchi bronchioles) and gas-exchanging units (alveoli). Lung epithelium differentiation stages include anterior/posterior and dorsal/ventral patterning lung specification lung budding branching morphogenesis and maturation. The 3dGRO(TM) Lung Organoid Branching Medium is a chemically defined/serum-free ready-to-use media used to differentiate Sox2/Pax6 anterior foregut endoderm (AfE) cells into lung bud organoids in suspension cultures. Additionally the 3dGRO(TM) Lung Organoid Branching Medium can be used to culture AfE cells on fibronectin coated cultureware. The 3dGRO(TM) Lung Organoid Branching Medium is a component of the 3dGRO(TM) Human Lung Organoid Culture System which can be used to differentiate human iPS cells into mature lung organoids that structurally resemble the in vivo branching airway and early alveolar s
Electron Microscopy Sciences Denka Cathode M-3 LaB6, ISI TEM, Standard, 90° cone Angle
Lanthanum Hexaboride is the optimum cathode material for use in SEM, TEM, X-Ray Microanalysis, and Electron Beam Lithography and is a direct replacement for tungsten filaments. It features low potential barrier (work function), high melting point and stability at high temperatures, a low vapor pressure that reduces evaporation lost, and chemical stability. The LaB6 beam is ten times brighter than tungsten, has superior resolution and can be used in a wide range of accelerating voltages. It provides sharp and clear pictures even to the smallest details. Heat and vacuum are the determinants of cathode tip's life, but at 1550 °C and 10-7 Torr, a service life of about 500 hours can be achieved.
Use: ISI TEM
Type: Standard
Angle: 90° cone
Radius: 15 µm
Electron Microscopy Sciences Denka Cathode M-3 LaB6, AMRAY, Standard, 90° cone Angle
Lanthanum Hexaboride is the optimum cathode material for use in SEM, TEM, X-Ray Microanalysis, and Electron Beam Lithography and is a direct replacement for tungsten filaments. It features low potential barrier (work function), high melting point and stability at high temperatures, a low vapor pressure that reduces evaporation lost, and chemical stability. The LaB6 beam is ten times brighter than tungsten, has superior resolution and can be used in a wide range of accelerating voltages. It provides sharp and clear pictures even to the smallest details. Heat and vacuum are the determinants of cathode tip's life, but at 1550 °C and 10-7 Torr, a service life of about 500 hours can be achieved.
Use: AMRAY
Type: Standard
Angle: 90° cone
Radius: 15 µm
Electron Microscopy Sciences Denka Cathode M-3 LaB6, ISI SEM, Standard, 90° cone Angle
Lanthanum Hexaboride is the optimum cathode material for use in SEM, TEM, X-Ray Microanalysis, and Electron Beam Lithography and is a direct replacement for tungsten filaments. It features low potential barrier (work function), high melting point and stability at high temperatures, a low vapor pressure that reduces evaporation lost, and chemical stability. The LaB6 beam is ten times brighter than tungsten, has superior resolution and can be used in a wide range of accelerating voltages. It provides sharp and clear pictures even to the smallest details. Heat and vacuum are the determinants of cathode tip's life, but at 1550 °C and 10-7 Torr, a service life of about 500 hours can be achieved.
Use: ISI SEM
Type: Standard
Angle: 90° cone
Radius: 15 µm
INTACT GENOMICS INC ig Recombinase Polymerase Amplification (RPA) Kit v2, 25 Reactions
The improved IG Recombinase Polymerase Amplification Version 2 Kit (IG RPA Kit v2) amplifies DNA at a single and constant temperature (25°C – 42°C) using a recombinase (e.g. UvsX), primers, a single-stranded DNA binding protein (SSB), and a strand displacing DNA polymerase. T4 UvsX is used in combination with its accessory protein, UvsY. The recombinase interacts with the primers to form nucleoprotein filaments. This complex can bind with homologous double-stranded DNA through a strand exchange. After the exchange, a single-stranded binding protein, T4 gp32, stabilizes the displaced strand. Finally, Bsu/Sau DNA polymerase extends the DNA from the primers, creating a new complete copy of the template, and amplification can continue as in Polymerase Chain Reaction (PCR). IG RPA v2 offers More robust amplification and more specific amplification of the primary target than Version 1 for some applications. It may reduce background amplification of off-target sites.
Molecular Devices Confocal Disk Module, Deep Tissue Geometry, Spinning Disk
The Molecular Devices Deep Tissue Confocal Disk is a spinning-disk confocal module engineered to improve imaging quality from thick, three-dimensional biological samples. Its specialized disk geometry suppresses out-of-focus light and reduces haze, enabling deeper penetration and clearer volumetric imaging in high-content workflows.
- Improves suppression of out-of-focus light for clearer images.
- Reduces haze and pinhole crosstalk in thick samples.
- Enables deeper penetration into 3D tissue and organoid samples.
- Optimized disk geometry for high-content confocal imaging workflows.
- Designed for integration with automated high-throughput imaging systems.
Electron Microscopy Sciences Applied Physics LaB6 Cathode for Leica/LEO (SMVM base)
Lanthanum hexaboride (LaB6) and cerium hexaboride (CeB6) cathodes are ideal for many small spot size applications such as SEM, TEM, surface analysis and metrology, and for high current applications such as microwave tubes, lithography, electron-beam welders, X-ray sources and free electron lasers. Greater brightness from low work function yielding higher currents at lower temps than tungsten. Cambridge SMVM base.
Type: LaB6
Angle: 90°
Tips: 16 mm
Electron Microscopy Sciences Applied Physics LaB6 Cathode for Camscan
Lanthanum hexaboride (LaB6) and cerium hexaboride (CeB6) cathodes are ideal for many small spot size applications such as SEM, TEM, surface analysis and metrology, and for high current applications such as microwave tubes, lithography, electron-beam welders, X-ray sources and free electron lasers. Greater brightness from low work function yielding higher currents at lower temps than tungsten.
Type: LaB6
Angle: 90°
Tips: 20 mm
Type: non-shunted
Electron Microscopy Sciences Applied Physics LaB6 Cathode for Omicron
Lanthanum hexaboride (LaB6) and cerium hexaboride (CeB6) cathodes are ideal for many small spot size applications such as SEM, TEM, surface analysis and metrology, and for high current applications such as microwave tubes, lithography, electron-beam welders, X-ray sources and free electron lasers. Greater brightness from low work function yielding higher currents at lower temps than tungsten.
Type: LaB6
Angle: 90°
Tips: 100 mm
Electron Microscopy Sciences Applied Physics LaB6 Cathode for Electronscan Philip
Lanthanum hexaboride (LaB6) and cerium hexaboride (CeB6) cathodes are ideal for many small spot size applications such as SEM, TEM, surface analysis and metrology, and for high current applications such as microwave tubes, lithography, electron-beam welders, X-ray sources and free electron lasers. Greater brightness from low work function yielding higher currents at lower temps than tungsten.
Type: LaB6
Angle: 90°
Tips: 16 mm