Drug protein interaction validates the internal cod formed due to cohesive force: test of bond length variation in amino acids involved

Background Cross validation of internal COD obtainable from carbon rule of law that govern human body to function are crucial for future application is concerned Verification leads to identification of all sick cells to cure to outperform better tomorrow Cross validation of bond of all atoms is necessary for checking and arriving at conclusion that whether disease can be cured or not Importantly rule of carbon based law interpret that incoming probe can be altering internal COD value obtainable from carbon value alone Cross checking of these internal COD obtained from crystal data are to be the focus of this work Verification can also be done from internal COD of protein in native form and alternative one obtained via complex formed using probe protein interaction Results are in agreement with cross validation of protein in two different states via internal COD obtained from crystal data of bound and unbound protein Fantastic results are in agreement with changes of internal COD and bond of changes at that point One of the mini tests of internal COD identification obtainable from sequence alone is demonstrated here in addition to original work All are in accordance with rule of law obtainable from carbon value Results are promising that futuristic application that leads to disease free world of human nature