TS Science
This application can be used to evaluate the melting temperature for biological samples. The melting temperature, Tm, is calculated from the results of a time course measurement during a temperature change. The ETC-814/815 single position or PCT-818 Water-cooled Peltier thermostatted 4-position cell holders are required for use.
This program is used to acquire excitation and emission spectra at a defined temperature interval with a temperature controlled accessory such as the ETC-814/815 single position or PCT-818 Water-cooled Peltier thermostatted 4-position cell holders.
This application program obtains a time course kinetic measurement and plots the data in various graphs, as well as calculates the maximum reaction velocity (Vmax), Michaelis-Menten constant (Km), and Hill constant (n). This program can be used with automated cell holders.
The total fluorescence intensity (F), fluorescence anisotropy (r), and degree of polarization (P) can be measured using the FDP-837 automatic polarizer unit, providing auto-depolarization fixed wavelength measurements or auto-depolarization time course measurements.
Calculates the quantum yield of a sample with the use of an integrating sphere as well as the ESC-842 calibrated light source (WI).
*Excludes the FP-8250
Enables time course measurements of the ratio of fluorescence intensities at two different wavelengths for either the excitation or emission. The calcium concentration calculation function in the program can also calculate the change in concentration of an intracellular ion.
Obtains the luminescence or emission spectra of light emitting samples using either the ESC-842 Calibrated light source (WI) or the WRE-362 PMT for wavelength expansion. Data analysis includes a colored chromaticity diagram and calculation of the correlated color temperature and color rendering index.
Enables evaluation of fluorescent sample color (fluorescent objective color) using the ISF-834 60 mm diameter integrating sphere, ESC-842 calibrated light source (WI), or WRE-362 PMT. This program calculates the fluorescent sample color using a desired light source when the spectra of the various light sources are pre-registered. Spectral measurements are required in the range wider than 300 – 780 nm for excitation and 380 – 780 nm for emission.
*Excludes the FP-8250