“…This could explain the higher affinity of the neurotoxins compared to acetylcholine. It is also consistent with a study by Trp phosphorescence and optical detection of magnetic resonance (ODMR), which indicated an increased hydrophobic Trp environment in synthetic peptides reproducing the binding-site regions of the AChR, upon binding on a-cobratoxin (45).…”
“…This could explain the higher affinity of the neurotoxins compared to acetylcholine. It is also consistent with a study by Trp phosphorescence and optical detection of magnetic resonance (ODMR), which indicated an increased hydrophobic Trp environment in synthetic peptides reproducing the binding-site regions of the AChR, upon binding on a-cobratoxin (45).…”
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