Bio chips are employed  very widely in  life sciences environments, from gene sequencing through to expression profiling, to screening, diagnostics and testing and lots of research and development work in the field of  bio informatics. Bio chips are capable of shoring  up automated higher  throughput need of  the life sciences research industry. The main  function of these bio chips are saving time and energy while preparing the sample sizes. As the advance molecular biology and the micro-fabrication technology have  pushed up the rapid development in the field enabling the regulated  setting and securing the higher accuracy in the testing and experimental  results.

On the other hand the  market for there are outstanding expansion in the market for the new arrival of  products on bio- informatics. Creating a new dimension  in the area of bio-informatics there are new concepts like Lab-on-a-Chip  budding all over.  the advantage of this advance Lab-on-a-Chip  are very better than the conventional labs as sample can be extracted and tested through the bio chip researching and experimentation of molecular designs with the help of biomimetic microelectrical mechanical systems, or MEMSs. Yet, the future of the bio science predicts that the intelligent mechanism and systems are expected to computerize  the exertion  like drug delivery on the molecular level.