PROTEIN-PROFEN INTERACTION: THE ROLE OF CARBON IN DEALING ACTIVE SITE INTERACTION

Abstract

Nano force coming from carbon alone was part of our discussions in the earlier calculations. It is found out to be the predominant role of carbon coming from adequacy principle governed from carbon value. Here it is extended to protein-ibuprofen interaction as case study for demonstrating the role played by value of carbon in dealing with internal healing of newly developed situation arising from carbon value. Well all of us sudden take place that the internal carbon demonstrated to be in par with cohesiveness arising out of healing path of drug action. Very well done with interaction and associated movement of atoms in dealing cohesiveness in the protein to accommodate incoming drug of action. Whereas it is noticed that the internal carbon optimized domain (COD) adjusted to be the main part of the dealing with drug delivery to active site rather than van der Waals and electrostatic forces of interaction. Only those that are in accordance are adjusted to new development and all that are rigid are unaltered during intercourse of action. It is noticed that the interaction arising from carbon role will be the main part of interaction that needed to be measured from bond of all atoms involved. In this context, whether or not the measurable quantity may be deviation of the position of individual atoms before and after. We have tested that too and noticed the deviation of internal COD forming elements. That is discussed as part of this new formation of cohesive force and adjustments arising from drug alone are interpreted. With this advancement we might even think of alternative elements to be considered for healing and all. It is going to be the new beginning of alternative treatment for the suffering coming from carbon role and all. force explains all phenomena that are in material which holds strong bond of all forces of attraction: A case study with carbon material.