In conjunction with a coordinated global initiative to understand the physical and functional architecture of the human genomic configuration, we have entered into the field of bio informatics with defined goals. Our interests in bio informatics include, but are not limited, to the utilization of advanced neural network based algorithms and data mining protocols to construct user interactive and self-renewing proteomic and genomic secondary information domains. 

These vast and extended information domains will be made available to the public through well-organized Internet browser routes. The collection and organization of information would meet the criteria of dispensing important research results thorough several interconnected sub domains. This innovative information distribution pattern would greatly benefit the user to understanding the living cell within the purview of its normal metabolic states as well as in the context of altered genetic balances, which are usually exemplified by severe pathological states.

Our fundamental approach utilizes an innovative vision that genomic evolution and corresponding function are not merely exclusive or unique phenomena, but a demonstration of finite and complex self organizing systems, which could be explained using advanced analytical tools like that of informatics, and can be supported by the rules of physics and mathematics. 

Based on the above presumptions, we have defined the modus operandi of our approach to genomic and proteomic problems by adapting to the concepts of comparative genomics.  Our experts are well equipped and trained in the interdisciplinary fields of informatics, mathematics, and physics, conventional and advanced molecular and cellular biology.  BitsOfCode is equally well known in the field of data acquisition and management, both of which are critical in the upward management of bio informatics projects.