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Protein Electrophoresis

DNA Electrophoresis

Power Supply

Precast Gel

Blotting System

Western Blotting Solutions

Membrane / Filter Paper

Imaging System

   Gel Documentation System

   Chemiluminescence Imaging System

   Image Analysis Software

   Reference LED Light Source

Live Cell Research

Luminometer

Peristaltic Pump

Centrifuse / Block Incubator  / Others

Fermentation System

Reagents

   Fractionation / Extraction Kit

   Sample Preparation

   Gel Buffer for PAGE

   Electrode Buffer

   Molecular Weight Marker

   Staining Solution

   Transfer buffer 

   Blocking Solution

   Wash Buffer

   HRP Detetion

   Stripping Solution

   For DNA reagents

Reference LED Light Sources 

WSL-1200 KohshiFundam / WSL-1230/1235/1240 KohshiUni

WSL-1200.png

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WSL-1200 KoshiFundam

Purpose and Application

  • Verification of Operational Qualification (OQ) for Imaging Systems, etc.

  • Verification of Performance Qualification (PQ) for Imaging Systems, etc.

  • Periodic inspection of light measurement devices such as Imaging systems

 

Features

  • Reference Light Source calibrated with the value of light quantity by comparison with reference light source with the actual measurement of total light flux (Total light quantity)

  • Stable light emitting light source utilizing RGB LED adjusted to total light quantity of 10nW~10fW level

  • Ideal for routine checks of imaging systems and faint light measurement equipment

  • PWM (Pulse Width Modulation) controlled 11-steps

  • Support for linearity testing of optical measurement equipment

  • Free on-off and light-quantity settings for RGB colors

  • Light quantity stabilization from the heat by temperature compensation function

  • Good for reproducibility testing because the quantity of light is constant even when the ambient temperature changes

1200-wavelength.jpg
1200-RGB.jpg
1200-color-seperation.jpg

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Description

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  • PWM (Pulse Width Modulation) controls can accurately vary up to 1/1024 of the light quantity by 1/2 each. Checked with the Luminometer with a photon-counting method and get a linear relationship between the quantity of light and the count value. The value of the RLU is graphed as 1/1,000 of the obtained 10-second count value.

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  • By comparing the count values of the same amount of light in RGB, you can determine the color sensitivity (wavelength sensitivity) characteristics of the detector. The figure shows the relative sensitivity characteristics of the photomultiplier used in the luminometer. The photomultiplier shows that the Red light cannot have the same measurement without about 12 times the amount of light in Blue.

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  • ATTO PHELIOS can separate and measure the intensity of each color, even though multiple colors emit light at the same time. KohshiFundam can also be used to evaluate the device. The figure is an example of verifying that the red light volume has been properly segregated and evaluated based on the filterless measurement and the PHELIOS color separation calculation, setting the red light volume to 1/1, and changing the green light volume by 1/2 in the range of 1/1 to 1/128. It has been confirmed that the color separation is good condition.

WSL-1200 spec.png
WSL-1230
koshiUni.gif

WSL-1230/1235/1240 KohshiUni

 

Purpose and Application

  • Sensitivity check of imaging device (CCD or CMOS, light intensity: nW to μW)

  • Sensitivity check of photomultiplier tube (PMT) (light intensity: fW to pW)

  • Verification of the above detectors

  • Calibration of the above detectors

 

Features

  • Reference Light Source calibrated with the value of light quantity by comparison with reference light source with the actual measurement of total light flux (Total light quantity)

  • Stable light emitting light source utilizing LED adjusted to total light quantity of nW to μW (model for CCD/CMOS) or fW to pW (model for PMT)

  • Ideal for routine checks of imaging systems and faint light measurement equipment

  • 10-step light intensity adjustment by PWM (Pulse Width Modulation) control

  • Support for linearity testing of optical measurement equipment

  • Light quantity stabilization from the heat by temperature compensation function

  • Good for reproducibility testing because the quantity of light is constant even when the ambient temperature changes

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