Cellular Imaging Instrumentation Accessories
Electron Microscopy Sciences Applied Physics LaB6 Cathode for Cameca
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
Type: non-shunted
Electron Microscopy Sciences Applied Physics LaB6 Cathode for ISI/Topcon
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
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 JEOL
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
Electron Microscopy Sciences Applied Physics LaB6 Cathode for ISI/Topcon
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
Electron Microscopy Sciences Applied Physics LaB6 Cathode for Zeiss LEO
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
Cytoskeleton, Inc. MemGlow™ 488 Fluorogenic Plasma Membrane Probe, High Specificity, Non-Toxic, 2 nmol
MemGlow™ 488 is a fluorogenic plasma membrane probe designed for high-specificity, low-background imaging of live and fixed cells. Its unique self-quenched "turn-on" mechanism allows fluorescence only upon membrane integration, offering clear visualization of cellular structures. Non-toxic and versatile, it supports various microscopy techniques, making it ideal for dynamic studies and long-term imaging applications.
INTACT GENOMICS INC ig Recombinase Polymerase Amplification (RPA) Kit v1, 25 Reactions
The ig RPA Kit version 1 provides the necessary reagents and enzymes to amplify user-provided DNA template using isothermal Recombinase Polymerase Amplification. It requires no thermocycling with equal or better sensitivity than PCR. RPA is a molecular biology technique that amplifies DNA at a constant temperature using a recombinase, primers, a single-stranded DNA binding protein (SSB), and a strand displacing DNA polymerase. T4 UvsX Recombinase is used with UvsY and primers to cause strand exchange of double-stranded DNA. Then, a single-stranded binding protein, T4 gp32, stabilizes the displaced strand. Finally, Bsu or Sau DNA polymerase extends the DNA from the primers and creates a new complete copy of the template. Iterative amplification ensues as with PCR. RPA is a highly selective and sensitive isothermal amplification technique. No DNA pretreatment is required. It is compatible with a variety of endpoint detection methods, (e.g. lateral flow, real-time fluorescence).
