Semiconductor Mechanism for Protein Diffusion

In summary, the conversation discusses a hand-to-hand model for tropomyosin fast diffusion and the possibility of a semiconductor mechanism for the diffusion of tightly-binding proteins. The speaker is seeking recommendations for an expert who may be interested in further experimental research on this topic. They also mention their goal of finding a partner for interdisciplinary collaboration and acknowledge that the concept may be seen as unconventional in the field.
  • #1
Vladimir Matveev
24
7
Hand-to-Hand Model for Tropomyosin Fast Diffusion.
Semiconductor Mechanism for Diffusion of Tightly-Binding Proteins:
http://actomyosin.narod.ru/h2h-model.htm [Broken]

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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  • #2
Further experimental research

The main phenomenon is illustrated by Fig.2 (see my article http://actomyosin.narod.ru/files/matveev.pdf [Broken]). 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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1. What is a semiconductor mechanism for protein diffusion?

A semiconductor mechanism for protein diffusion refers to the process by which proteins move within a semiconductor material, such as a silicon chip. This mechanism involves the interactions between the protein and the semiconductor material, which allows for the diffusion of the protein across the surface of the material.

2. How does a semiconductor material affect protein diffusion?

A semiconductor material can affect protein diffusion in several ways. The material's surface properties, such as its charge and roughness, can impact the binding and movement of proteins. Additionally, the size and structure of the material's pores can influence the rate of diffusion by creating barriers or channels for the protein to navigate through.

3. What are the advantages of using a semiconductor mechanism for protein diffusion?

One major advantage of using a semiconductor mechanism for protein diffusion is the ability to control and manipulate the movement of proteins. This can be useful for studying protein interactions and behaviors, as well as for developing new technologies for drug delivery and biosensing. Additionally, semiconductor materials are often stable and compatible with biological systems, making them a reliable and safe option for studying protein diffusion.

4. What types of proteins can be studied using a semiconductor mechanism for protein diffusion?

A wide range of proteins can be studied using a semiconductor mechanism for protein diffusion. This includes both soluble and membrane-bound proteins, as well as proteins of various sizes and structures. However, the specific properties of the semiconductor material may affect the diffusion of different types of proteins, so careful consideration must be taken in selecting the appropriate material for a particular protein study.

5. What techniques are commonly used to study protein diffusion using a semiconductor mechanism?

Some common techniques used to study protein diffusion using a semiconductor mechanism include fluorescence microscopy, atomic force microscopy, and surface plasmon resonance. These techniques allow for the visualization and measurement of protein movement on the surface of a semiconductor material, providing valuable insights into the diffusion process and protein behavior.

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