Semiconductor Mechanism for Protein Diffusion

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SUMMARY

The discussion centers on the exploration of a semiconductor mechanism for the diffusion of tightly-binding proteins, specifically focusing on the Hand-to-Hand model for tropomyosin fast diffusion. The author seeks collaboration for further experimental research to validate this interdisciplinary approach, which challenges traditional biophysical models. Key references include the author's article detailing the phenomenon and the need for parameters to advance theoretical development. The discussion emphasizes the potential significance of semiconductory protein diffusion in understanding protein-protein interactions.

PREREQUISITES
  • Understanding of protein-protein interactions
  • Familiarity with biophysical models in contractile protein research
  • Knowledge of semiconductor physics
  • Experience in experimental research methodologies
NEXT STEPS
  • Research the Hand-to-Hand model for tropomyosin diffusion
  • Investigate semiconductor mechanisms in biological systems
  • Explore experimental techniques for studying protein interactions
  • Review literature on interdisciplinary approaches in biophysics
USEFUL FOR

Researchers in biophysics, biochemists studying protein interactions, and interdisciplinary scientists interested in novel mechanisms of protein diffusion.

Vladimir Matveev
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Hand-to-Hand Model for Tropomyosin Fast Diffusion.
Semiconductor Mechanism for Diffusion of Tightly-Binding Proteins:
http://actomyosin.narod.ru/h2h-model.htm

Would you be so kind as to recommend me some expert who could be interested in view a possible semiconductor mechanism for diffusion of tightly-binding proteins.
 
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Further experimental research

The main phenomenon is illustrated by Fig.2 (see my article http://actomyosin.narod.ru/files/matveev.pdf ). It is needed further experimental research of the protein-protein interaction. After that only it is possible to make more details for the Hand-to-Hand model. The literature does not give any parameters for theoretical development of the model.

My final aim is to find a partner because the subject is of interdisciplinary kind. Unfortunately, the simiconductory mechanism is too far from traditional plans of mechanisms accepted in contractile protein biophysics and biochemistry and so the article has a reputation of crazy paper. But I think that semiconductory protein diffusion is too interesting phenomenon to set it aside.

Thank you for your reply.
 
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