This freeware program visualizes pathways (KEGG, BioCarta, GenMAPP, …). The user has the possibility to display any kind of quantitative data from gene and protein experiments directly within the pathways (colours represent the value). The linking between the pathway items and the experiment data is done over the gene or protein names and their accession numbers. Furthermore the user has a quick overview on the gene/protein with the collected links in the web-interface (direct links). This program includes only a small part of the functions from the software GENOM 2005.

A handy, fast, reliable, precise tool if you need to find symbolic and numerical derivatives of standard functions. Derivative Calculator Real 45 is programmed in C#. All calculations are done in proprietary data type. The calculator calculates derivatives of high orders of standard functions (including hyperbolic). Calculation history can be stored into text file or printed. Numerical coefficients and values are calculated with precision 45-54 digits. Trigonometric, exponential, logarithmic, and inverse functions. Obtained symbolic formula can be used with calculators Precision series, and with Graphing Calculator 2D Parametric, Graphing Calculator 2D Polar, and Graphing Calculator 2D Numeric for drawing graphs. There is also possibility to use symbolic parameters. For example, sin(a*x)+cos(b*x)+2*c.

A handy, fast, reliable, precise tool if you need to find symbolic and numerical Taylor polynomials of standard functions. Taylor Calculator Real 36 is programmed in C#. All calculations are done in double floating data type. The calculator calculates partial sums of Taylor series of standard functions (including hyperbolic). Calculation history can be stored into text file or printed. Numerical coefficients and values are calculated with precision 36-45 digits. Trigonometric, exponential, logarithmic, hyperbolic, and inverse functions. Obtained symbolic formula can be used with Graphing Calculator 2D Polar, Graphing Calculator 2D Parametric, and Graphing Calculator 2D Numeric for drawing graphs. There is also possibility to use symbolic parameters.

A handy, fast, reliable, precise tool if you need to find symbolic and numerical derivatives of standard functions. Derivative Calculator Real 36 is programmed in C#. All calculations are done in proprietary data type. The calculator calculates derivatives of high orders of standard functions (including hyperbolic). Calculation history can be stored into text file or printed. Numerical coefficients and values are calculated with precision 36-45 digits. Trigonometric, exponential, logarithmic, and inverse functions. Obtained symbolic formula can be used with calculators Precision series, and with Graphing Calculator 2D Parametric, Graphing Calculator 2D Polar, and Graphing Calculator 2D Numeric for drawing graphs. There is also possibility to use symbolic parameters. For example, sin(a*x)+cos(b*x)+2*c.

A handy, fast, reliable, precise tool if you need to find symbolic and numerical Taylor polynomials of standard functions. Taylor Calculator Real 27 is programmed in C#. All calculations are done in double floating data type. The calculator calculates partial sums of Taylor series of standard functions (including hyperbolic). Calculation history can be stored into text file or printed. Numerical coefficients and values are calculated with precision 27-36 digits. Trigonometric, exponential, logarithmic, hyperbolic, and inverse functions. Obtained symbolic formula can be used with Graphing Calculator 2D Polar, Graphing Calculator 2D Parametric, and Graphing Calculator 2D Numeric for drawing graphs. There is also possibility to use symbolic parameters.

A handy, fast, reliable, precise tool if you need to find symbolic and numerical derivatives of standard functions. Derivative Calculator Real 27 is programmed in C#. All calculations are done in proprietary data type. The calculator calculates derivatives of high orders of standard functions (including hyperbolic). Calculation history can be stored into text file or printed. Numerical coefficients and values are calculated with precision 27-36 digits. Trigonometric, exponential, logarithmic, and inverse functions. Obtained symbolic formula can be used with calculators Precision series, and with Graphing Calculator 2D Parametric, Graphing Calculator 2D Polar, and Graphing Calculator 2D Numeric for drawing graphs. There is also possibility to use symbolic parameters. For example, sin(a*x)+cos(b*x)+2*c.

This calculator computes definite triple integrals of real functions with three real variables,utilizing triple tinh-sinh quadrature scheme. Although some precaution about theoretical foundation of tanh-sinh quadrature exists, in practice the scheme is almost universal. Numerical values are calculated with precision 15-16 digits. All calculation results are reflected in History rich-text-box, which can be saved in file or printed.

This calculator computes definite double integrals of real functions with two real variables,utilizing double tinh-sinh quadrature scheme. Although some precaution about theoretical foundation of tanh-sinh quadrature exists, in practice the scheme is almost universal. Numerical values are calculated with precision 15-16 digits. All calculation results are reflected in History rich-text-box, which can be saved in file or printed.

This calculator computes definite integrals by tinh-sinh quadrature scheme. Type formula into Integrand text-box. Change default values of lower and upper limits of integration. Click Calculate button. Watch if the algorithm is converging. The Current Uncertainty value should be steadily decreasing. If the algorithm is diverging, click Stop button. Observe results of calculation in History tab. At each level the number of calculation points doubles and so does the number of accurate digits. You can watch it by decreasing exponent of current uncertainty. The number of points of calculation depends on level and length of interval of integration for tinh-sinh quadrature algorithm. If you use in integrand functions with accuracy lower than the default for the calculator, then adjust Desired Uncertainty value. The convergence of algorithm is not guaranteed for all functions and all intervals of integration. Tanf-sinh quadrature scheme is fast and and gives right answer for large variety of functions. But for some functions and intervals the algorithm diverges. And for few functions the scheme gives wrong answer.

A handy, fast, reliable, precise tool if you need to find symbolic and numerical Taylor polynomials of standard functions. Taylor Calculator Level 2 is programmed in C#. All calculations are done in double floating data type. The calculator calculates partial sums of Taylor series of standard functions (including hyperbolic). Calculation history can be stored into text file or printed. Numerical coefficients and values are calculated with precision 14-16 digits. Trigonometric, exponential, logarithmic, hyperbolic, and inverse functions. Obtained symbolic formula can be used with Graphing Calculator 2D Polar, Graphing Calculator 2D Parametric, and Graphing Calculator 2D Numeric for drawing graphs. There is also possibility to use symbolic parameters.