Descriptions: Examining and recognizing the behavior between variables is the basis of regression. Regression analysis is a statistical technique for examining and modeling the relationship between variables. Regression is used in almost every field, including engineering, physics, economics, management, life sciences, biology, and social sciences, to estimate and predict probabilities. Nonlinear regression is one of the most important tools in data analysis and is usually very complex and difficult to work with.

GraphPad Prism (Charter) is a powerful and comprehensive tool for analyzing statistical data and drawing scientific graphs and graphs from them.

GraphPad Prism software is able to perform a variety of parametric and non-parametric tests on equations and data such as F test, t test, Kolmogorov-Smirnov test, ANOVA test and.. It can be said that no other software like Prism so simple and principled able to analyze and draw graphs based on linear regression.

To do this, all you have to do is specify the desired equation or data for the program so that all the steps of the work such as analyzing information, eliminating anomalies and discontinuities, displaying the results and drawing the corresponding graph are performed automatically by the program.

Provide comprehensive solutions in statistical analysis
GraphPad Prism was originally created for experimental biologists in medical schools and addiction companies, especially those involved in pharmacology and physiology. But today, more than 200,000 scientists in dozens of countries around the world, as well as many undergraduate and graduate students, use this software to analyze, chart, and present their scientific information.

Some of the features of GraphPad Prism software are:
Analysis of problems and statistical data
Drawing graphs and various scientific graphs of data
Draw a nonlinear regression curve
Comparison of two equations using F test
Perform one-way and two-way ANOVA parametric tests
Perform Kolmogorov-Smirnov test
Perform t test
Analysis of probabilistic data tables
Calculate the numerical and geometric mean of the smallest and largest members
Calculate the slope and width of the origin of the graph
Survival analysis
Comparison of non-parameters
Identify remote locations
Provide complete reports of the analyzes performed
Ability to analyze data before completing it
Provide comprehensible and organized statistics of data
Ability to save drawn graphs with different image formats
Ability to publish graphs and data in PDF format
Interact with Powerpoint software
And …