SVP04-3,81

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SVP04-3,81 is a type of membrane potential-dependent potassium channel belonging to the Shaker Superfamily of voltage-gated ion channels (also known as Shal Channel Potassium Genes). This particular potassium channel is comprised of four subunits and has multiple transmembrane domains. It has a wide range of applications in many areas of biology and biotechnology.

The channel has some unique properties that make it very useful in a variety of applications. It is capable of opening and closing in response to membrane potential changes, allowing for the regulation of ion concentration in the cell. It can also act as a gatekeeper, preventing the passage of certain ions while allowing the passage of others. This feature makes it particularly useful in the study of membrane potentials.

SVP04-3,81 is also used in the development of biosensors, due to its ability to detect and respond to changes in membrane potential. Biosensors are devices that utilize biological molecules such as enzymes or antibodies to detect impurities or substances in a solution. In combination with other sensing technology they can be used to analyze and target environmental pollutants. SVP04-3,81 can also be used to tune the sensitivity of biosensors as well as help to increase the specificity of the sensing. This has opened up a number of different possibilities for the development of new biosensors.

In addition, SVP04-3,81 can be used in the field of ion channel engineering for purposes such as improving the functionality of existing channels, or developing new channels altogether. Ion channels, like this potassium channel, can be engineered in vitro or in vivo to meet the specific needs and requirements of a particular application. This type of engineering can be used to create new ion channels that are more sensitive, have faster response times, or can be used in higher concentrations than what is possible with natural channels.

Lastly, SVP04-3,81 is commonly used for its role in signal transduction pathways. Signal transduction pathways are the biochemical pathways activated when a cell responds to an external signal. By understanding how this particular potassium channel works, we can gain insight into how signal transduction pathways operate. Furthermore, it can be used to design more effective drugs or therapies for cancer and other diseases.

In summary, SVP04-3,81 is an important potassium channel that can be used in a variety of applications. Its unique properties make it especially useful for membrane potential studies, biosensor development, ion channel engineering, and signal transduction pathways. It is through these applications that this channel contributes to the advancement of a wide range of biological and biotechnological fields.

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