Andere Kunden interessierten sich auch für
![Future Challenges of Electronics Based on Piezoelectric]( "Future Challenges of Electronics Based on Piezoelectric")
Future Challenges of Electronics Based on Piezoelectric39,99 €![Direction-of-Arrival Estimation using High-Altitude Platform]( "Direction-of-Arrival Estimation using High-Altitude Platform")
Direction-of-Arrival Estimation using High-Altitude Platform23,99 €![Designing a Modular Robotics Platform]( "Designing a Modular Robotics Platform")
Designing a Modular Robotics Platform26,99 €![Intelligent Platform Management Controller for ATCA Carrier Boards]( "Intelligent Platform Management Controller for ATCA Carrier Boards")
Intelligent Platform Management Controller for ATCA Carrier Boards32,99 €![Interest Based Interactivity Through Cross Platform Using Big Data]( "Interest Based Interactivity Through Cross Platform Using Big Data")
Interest Based Interactivity Through Cross Platform Using Big Data26,99 €![Architecture, Security, Applications & Services]( "Architecture, Security, Applications & Services")
Architecture, Security, Applications & Services55,99 €![Implementation of a DBPSK Communication System on a DSP Platform]( "Implementation of a DBPSK Communication System on a DSP Platform")
Implementation of a DBPSK Communication System on a DSP Platform26,99 €
A method to fabricate porous silicon membranes as thin as 1 micrometer for analysis of transmembrane proteins is detailed. This comprehensive presentation includes: 1) The detailed process to fabricate porous silicon membranes that are supported from the sides. The porous silicon membrane acts as a sieve that separates two compartments. 2) A procedure to deposit a viable and robust synthetic lipid bilayer membrane on the porous silicon, and incorporate transmembrane proteins into it. This procedure includes answers to what technique to use for lipid bilayer deposition, and which lipids to choose for incorporating proteins. This lipid bilayer membrane acts as a plasma membrane in living cells. 3) A comprehensive analysis,characterization, and assessment of the complete process and each individual step is performed using electrochemical impedance spectroscopy (EIS), atomic force microscopy (AFM), and scanning electron microscopy (SEM). The rigid porous wall and the lipid membrane with fused functional transmembrane proteins result in a device that resembles the cellular wall of the E. Coli bacteria. Numerous membrane proteins may be analyzed using this device.