Problem analysis for the biological systems information carriers models design

The problems of our accepted models for data transmission processes in biological systems are discussed. In these models created by biologists synthesised protein molecules are defined as information carriers. Such an approach causes difficult problems for physicists, chemists and information theory researchers. According to physical and chemical models protein molecule synthesis processes are being realized in the condition of the interacting atoms, molecules and surrounding them with particular chaotic heat movement. Chemical principles confirm that interactions between atoms and molecules are possible by contact of their definite structured electron covers. Modern quantum physics cannot determine three-dimensional structures nor for the atoms nor for the complex molecule electron covers. These model adjustments cause problems for information theory researchers. Their attempts to consider protein molecules as information carriers cause serious difficulties. Great obstacles appear for the model design of the reliable, high information and noise protecting the data transmission process in biological systems.