Our vast experience team has successfully executed various complex Mathematical / Chemical content conversion projects; we are well equipped with skillful resources and technology to handle complex Mathematical/Chemical content with the following major applications available in current market:

a) Plain Tex (Vtex)

b) LaTeX

c) AMS-TeX

d) AMS-LaTeX

e) MathML

f) MathJax

g) MathType

**Plain TeX**: Plain TeX is the basic Typesetting system used to typeset mathematical formulae. It is a computer program used to convert the complex content with large number of mathematical symbols and formulae. PlainTeX is the base version of TeX on which other dialects are formed. It has been observed as one of the most sophisticated digital typographical systems in the world.

**LaTeX**: LaTeX is a set of Plain TeX macros; it is a high quality typesetting system designed for the production of technical and scientific documentation. LaTeX is the de facto standard for the communication and publication of the scientific documents.

**AMS-TeX**: is a TeX macro package designed for writers whose material contains a substantial amount of mathematics. AMS-TeX provides high level commands for many of the complicated constructions that commonly occur in mathematical formulas – constructions that typically cannot be written in plain TeX except by laborious aggregation of lower-level commands, along with trial and error adjustments to the spacing and positioning of the constituent elements.

AMS-TeX is essentially a superset of the plain TeX macro package that focuses on adding features for dealing with advanced mathematics. In adapted form, those features are accessible in LaTex through an amsmath package provided in the AMS-LaTeX collection.

**AMS LaTex**: means “LaTeX with AMS extensions”, it has largely superseded the plain Tex macro package AMS-TeX. AMS-LaTeX only distribution is divided into two parts:

The amxcls part contains AMS “document class” files (amsart, amsbook and amsproc.cls) and theorem package (amsthm.sty) that can be used independently. These provide the setup necessary to give a LaTeX document the general structure and appearance of an AMS article or book.

The amsmath part is an extension package for LaTeX that provided various features to facilitate writing math formulas and to improve the typographical quality of their ouput.

**Math ML (Mathematical Markup Language)**: is an XML application which helps in integrating the mathematical content in web pages and other document. It is important in publishing workflows where the content is full of scientific /mathematical equations which need to be handled by the software. It is important as it enables seamless transfer of math content from application to application. Because of the numerous advantages, many science and math publishers and software companies have added MathML support to their products.

Our vast experience team has already executed various MathML projects; we are pretty equipped with required resources and technology to handle complex MathML projects.

**MathJax**: MathJax is an innovative open source Javascript display engine for mathematical content that works flawlessly on all almost all available browsers. It is one of the most reliable and high quality math content rendering solution available today. We have an experienced team of professionals who now have years of experience in handling / processing the content in MathJax.

**MathType**: is a powerful interactive equation editor for Windows and Macintosh that lets you create mathematical notation for word processing, web pages, desktop publishing, presentations, e-learning and for TeX. LaTeX and MathML Documents. It works with more than 800 popular applications and websites available in the market. It is one of the most user friendly math content editors available in the market. The equations expressed in LaTeX or MathML can be pasted directly into Math Type for use in other work or convert them to a different format.