Engineering a Novel Porin OmpGF Via Strand Replacement from Computational Analysis of Sequence Motif

Keyphrases

• Sequence Analysis 100%
• Computational Analysis 100%
• Transmembrane 100%
• Sequence Motif 100%
• Porin 100%
• OmpF 100%
• OmpG 100%
• Fluorescence Spectroscopy 50%
• Mitochondria 50%
• Cell Membrane 50%
• Gram-negative Bacteria 50%
• Biophysical Properties 50%
• Conductance 50%
• Pore-forming 50%
• Sensing Molecules 50%
• Outer Membrane 50%
• Single Channel Conductance 50%
• Sheet Structure 50%
• Circular Dichroism 50%
• Barrel Structure 50%
• Transmembrane Region 50%
• Intrinsic Tryptophan Fluorescence 50%
• Enhanced Stability 50%
• Conductance Measurement 50%
• Experimental Validation 50%
• Chloroplast 50%
• Leak Test 50%
• Refold 50%
• Membrane Insertion 50%
• Dye Leakage 50%
• Computational Engineering 50%
• Computational Verification 50%
• Pore Geometry 50%
• Single-molecule Detection 50%
• Nanosensor 50%
• Stability Calculation 50%
• Forming Property 50%

Biochemistry, Genetics and Molecular Biology

• Sequence Motif 100%
• Porin 100%
• Conductance 66%
• Mitochondrion 33%
• Cell Membrane 33%
• Fluorescence Spectroscopy 33%
• Gram Negative Bacterium 33%
• Tryptophan 33%
• Circular Dichroism 33%
• Outer Membrane 33%
• Chloroplast 33%