Clya Nanopore 3d Structure
Single Molecule Enzymology With Clya Nanopores A Cross Section Of
Single Molecule Enzymology With Clya Nanopores A Cross Section Of
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Diameter Of Oligomeric Nanopores Of Cytolysin A Clya 76 79 The
Diameter Of Oligomeric Nanopores Of Cytolysin A Clya 76 79 The
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Attachment Of Ssdna To Clya Nanopore A Side View Left And Top View
Attachment Of Ssdna To Clya Nanopore A Side View Left And Top View
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Functionalization Of The Clya Nanopore With Spike Nanobody Ty1 And
Functionalization Of The Clya Nanopore With Spike Nanobody Ty1 And
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Trapping Of Mbp Within The Clya Nanopore A A Cross Section View Of
Trapping Of Mbp Within The Clya Nanopore A A Cross Section View Of
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Tuning The Size And Properties Of Clya Nanopores Assisted By Directed
Tuning The Size And Properties Of Clya Nanopores Assisted By Directed
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Side A And Top B View Of The Clya Nanopore Pdb 2wcd With The
Side A And Top B View Of The Clya Nanopore Pdb 2wcd With The
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Toxins Free Full Text Cytolysin A Clya A Bacterial Virulence
Toxins Free Full Text Cytolysin A Clya A Bacterial Virulence
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Transport Of Dna Through Clya Nanopores A Schematic Representation
Transport Of Dna Through Clya Nanopores A Schematic Representation
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Structure And Sequence Of Clya And The β Tongue Mutants Structures Of
Structure And Sequence Of Clya And The β Tongue Mutants Structures Of
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Dna Translocation Through Clya Nanopores On The Right Of The Current
Dna Translocation Through Clya Nanopores On The Right Of The Current
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Cryo Em Structures Of The Clya Pore Complexes A Top View Or Bottom
Cryo Em Structures Of The Clya Pore Complexes A Top View Or Bottom
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The Three Clya Cs Nanopores A Current−voltage I−v Curves Of Type I
The Three Clya Cs Nanopores A Current−voltage I−v Curves Of Type I
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Trapping Of Mbp Within The Clya Nanopore A A Cross Section View Of
Trapping Of Mbp Within The Clya Nanopore A A Cross Section View Of
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Clya And Yaxab Families Of α Pfts A Structural Model Of Clya Pore
Clya And Yaxab Families Of α Pfts A Structural Model Of Clya Pore
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Figure 1 From A Protein Rotaxane Controls The Translocation Of Proteins
Figure 1 From A Protein Rotaxane Controls The Translocation Of Proteins
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Figure 3 From An Engineered Clya Nanopore Detects Folded Target
Figure 3 From An Engineered Clya Nanopore Detects Folded Target
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Trapping Of Apo Abl Kinases With Clya As Nanopore Tweezers A Crystal
Trapping Of Apo Abl Kinases With Clya As Nanopore Tweezers A Crystal
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Dna Translocation Through Clya Nanopores On The Right Of The Current
Dna Translocation Through Clya Nanopores On The Right Of The Current
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Cryo Em Of Vitrified Clya Complexes And Model Of The Clya Oligomer A
Cryo Em Of Vitrified Clya Complexes And Model Of The Clya Oligomer A
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Tuning The Size And Properties Of Clya Nanopores Assisted By Directed
Tuning The Size And Properties Of Clya Nanopores Assisted By Directed
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Binding Of Ligands To Dhfrtag Inside The Clya Nanopore A Left
Binding Of Ligands To Dhfrtag Inside The Clya Nanopore A Left
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Binding Of Ligands To Dhfr Tag Inside The Clya Nanopore A Typical
Binding Of Ligands To Dhfr Tag Inside The Clya Nanopore A Typical
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Assembly Of The Yaxab Pore And Comparison With Clya A Schematic
Assembly Of The Yaxab Pore And Comparison With Clya A Schematic
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Figure 3 From An Engineered Clya Nanopore Detects Folded Target
Figure 3 From An Engineered Clya Nanopore Detects Folded Target
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Figure 2 From An Engineered Clya Nanopore Detects Folded Target
Figure 2 From An Engineered Clya Nanopore Detects Folded Target
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Trapping Of Catalytic Inactive G321v Mutant With Clya As Nanopore
Trapping Of Catalytic Inactive G321v Mutant With Clya As Nanopore
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Coupling Of Substrate Binding Proteins To Clya Nanopores In Live Cells
Coupling Of Substrate Binding Proteins To Clya Nanopores In Live Cells
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Figure 3 From A Protein Rotaxane Controls The Translocation Of Proteins
Figure 3 From A Protein Rotaxane Controls The Translocation Of Proteins
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Examples Of Biological Nanopores A α Hl B Mspa C Phi 29 D Clya E
Examples Of Biological Nanopores A α Hl B Mspa C Phi 29 D Clya E
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Dhfr Inside The Clya As Nanopore A Dhfr Catalysed Reaction B
Dhfr Inside The Clya As Nanopore A Dhfr Catalysed Reaction B
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Nanopore Based Thiamine Sensor A Representation Of The Experimental
Nanopore Based Thiamine Sensor A Representation Of The Experimental
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Figure 4 From An Engineered Clya Nanopore Detects Folded Target
Figure 4 From An Engineered Clya Nanopore Detects Folded Target
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Dsdna Sensing Using Clya Rr Nanopores A The Schematic Diagram Of
Dsdna Sensing Using Clya Rr Nanopores A The Schematic Diagram Of
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