Ahring, Philip K. Olsen, Jeppe A. Nielsen, Elsebet O. Peters, Dan Pedersen, Martin Holst Friborg Rohde, Line A. Kastrup, Jette S. Shahsavar, Azadeh Indurthi, Dinesh C. Chebib, Mary
...

The nicotinic acetylcholine receptor alpha 4 beta 2 is important for normal mammalian brain function and is known to express in two different stoichiometries, (alpha 4)(2)(beta 2)(3) and (alpha 4)(3)(beta 2)(2). While these are similar in many aspects, the (alpha 4)(3)(beta 2)(2) stoichiometry differs by harboring a third orthosteric acetylcholine ...

Ahring, Philip K. Olsen, Jeppe A. Nielsen, Elsebet O. Peters, Dan Pedersen, Martin Holst Friborg Rohde, Line A. Kastrup, Jette S. Shahsavar, Azadeh Indurthi, Dinesh C. Chebib, Mary
...

The nicotinic acetylcholine receptor alpha 4 beta 2 is important for normal mammalian brain function and is known to express in two different stoichiometries, (alpha 4)(2)(beta 2)(3) and (alpha 4)(3)(beta 2)(2). While these are similar in many aspects, the (alpha 4)(3)(beta 2)(2) stoichiometry differs by harboring a third orthosteric acetylcholine ...

Ahring, Philip K. Olsen, Jeppe A. Nielsen, Elsebet O. Peters, Dan Pedersen, Martin Holst Friborg Rohde, Line A. Kastrup, Jette S. Shahsavar, Azadeh Indurthi, Dinesh C. Chebib, Mary
...

The nicotinic acetylcholine receptor alpha 4 beta 2 is important for normal mammalian brain function and is known to express in two different stoichiometries, (alpha 4)(2)(beta 2)(3) and (alpha 4)(3)(beta 2)(2). While these are similar in many aspects, the (alpha 4)(3)(beta 2)(2) stoichiometry differs by harboring a third orthosteric acetylcholine ...

Ahring, Philip K. Olsen, Jeppe A. Nielsen, Elsebet O. Peters, Dan Pedersen, Martin Holst Friborg Rohde, Line A. Kastrup, Jette S. Shahsavar, Azadeh Indurthi, Dinesh C. Chebib, Mary
...

The nicotinic acetylcholine receptor alpha 4 beta 2 is important for normal mammalian brain function and is known to express in two different stoichiometries, (alpha 4)(2)(beta 2)(3) and (alpha 4)(3)(beta 2)(2). While these are similar in many aspects, the (alpha 4)(3)(beta 2)(2) stoichiometry differs by harboring a third orthosteric acetylcholine ...

Ahring, Philip K. Olsen, Jeppe A. Nielsen, Elsebet O. Peters, Dan Pedersen, Martin Holst Friborg Rohde, Line A. Kastrup, Jette S. Shahsavar, Azadeh Indurthi, Dinesh C. Chebib, Mary
...

The nicotinic acetylcholine receptor alpha 4 beta 2 is important for normal mammalian brain function and is known to express in two different stoichiometries, (alpha 4)(2)(beta 2)(3) and (alpha 4)(3)(beta 2)(2). While these are similar in many aspects, the (alpha 4)(3)(beta 2)(2) stoichiometry differs by harboring a third orthosteric acetylcholine ...

Ahring, Philip K. Olsen, Jeppe A. Nielsen, Elsebet O. Peters, Dan Pedersen, Martin Holst Friborg Rohde, Line A. Kastrup, Jette S. Shahsavar, Azadeh Indurthi, Dinesh C. Chebib, Mary
...

The nicotinic acetylcholine receptor alpha 4 beta 2 is important for normal mammalian brain function and is known to express in two different stoichiometries, (alpha 4)(2)(beta 2)(3) and (alpha 4)(3)(beta 2)(2). While these are similar in many aspects, the (alpha 4)(3)(beta 2)(2) stoichiometry differs by harboring a third orthosteric acetylcholine ...

Ahring, Philip K. Olsen, Jeppe A. Nielsen, Elsebet O. Peters, Dan Pedersen, Martin Holst Friborg Rohde, Line A. Kastrup, Jette S. Shahsavar, Azadeh Indurthi, Dinesh C. Chebib, Mary
...

The nicotinic acetylcholine receptor alpha 4 beta 2 is important for normal mammalian brain function and is known to express in two different stoichiometries, (alpha 4)(2)(beta 2)(3) and (alpha 4)(3)(beta 2)(2). While these are similar in many aspects, the (alpha 4)(3)(beta 2)(2) stoichiometry differs by harboring a third orthosteric acetylcholine ...

Ahring, Philip K. Olsen, Jeppe A. Nielsen, Elsebet O. Peters, Dan Pedersen, Martin Holst Friborg Rohde, Line A. Kastrup, Jette S. Shahsavar, Azadeh Indurthi, Dinesh C. Chebib, Mary
...

The nicotinic acetylcholine receptor alpha 4 beta 2 is important for normal mammalian brain function and is known to express in two different stoichiometries, (alpha 4)(2)(beta 2)(3) and (alpha 4)(3)(beta 2)(2). While these are similar in many aspects, the (alpha 4)(3)(beta 2)(2) stoichiometry differs by harboring a third orthosteric acetylcholine ...

Ahring, Philip K. Olsen, Jeppe A. Nielsen, Elsebet O. Peters, Dan Pedersen, Martin Holst Friborg Rohde, Line A. Kastrup, Jette S. Shahsavar, Azadeh Indurthi, Dinesh C. Chebib, Mary
...

The nicotinic acetylcholine receptor alpha 4 beta 2 is important for normal mammalian brain function and is known to express in two different stoichiometries, (alpha 4)(2)(beta 2)(3) and (alpha 4)(3)(beta 2)(2). While these are similar in many aspects, the (alpha 4)(3)(beta 2)(2) stoichiometry differs by harboring a third orthosteric acetylcholine ...

Martin-Eauclaire, Marie-France Ferracci, Geraldine Bosmans, Frank Bougis, Pierre E

Animal toxins that inhibit voltage-gated sodium (Na-v) channel fast inactivation can do so through an interaction with the S3b-S4 helix-turn-helix region, or paddle motif, located in the domain IV voltage sensor. Here, we used surface plasmon resonance (SPR), an optical approach that uses polarized light to measure the refractive index near a senso...