Composition Practice; Mechanics in biological phenomena

I believe in the importance of mechanics in biology. In biology, chemical reactions and compositions have been emphasized to explain the mechanisms of observable phenomena. In my opinion, transports of materials, energies and development of stress are what create concrete entities and drive physical responses of biological subjects. Underlying constitutive mechanisms can be explained by chemical reactions and compositions. Nevertheless, quantitative observations should be made reflecting the primary properties defined in the mechanics, quantitatively. Such a call for an alternative measurements implies that we should employ different approaches in measuring biological phenomena from traditional biochemical approaches. Of course, the gap between traditional biochemical observations and measurements of fundamental mechanics parameters should be bridged.