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This Concept Map, created with IHMC CmapTools, has information related to: Week 12, Synthesis of Acetylcholine Which is Then Stored Into Storage Vessicles, Competetively binding to Acetylcholine receptor Which Opens sodium channel letting influx of soduim into cell, ???? ???? transient paralysis and chemical denervation, Protected From Degredation Until Acetylcholine is Released Into Synaptic Gap, Naja Naja Atra (Cobratoxin) Which Behaves By Binding To Acetylcholine Receptor, Degraded By Acetylcholine Esterase Leading to Recycling of Choline Back Into The Neuron, Succinylcholine Dose and Volume for 150lb Patient Volume Range 3.4mL to 5.1mL, Releases massive amounts of Acetylcholine By injecting alpha-latrotoxin, Opens sodium channel letting influx of soduim into cell This causes Overstimulation of receptor, Stored Into Storage Vessicles In Which It Is Protected From Degredation, Sodium Ions Leading to Depolarization of Membrane, The Inability of Sodium to Enter Cell Resulting In Inability for Muscle to Contract, Creates a depletion of Acetylcholine in presynaptic neuron Causes Contractions and Paralysis, 1 to 1.5 mg/kg Volume of 20 mg/mL, by interfering with SNARE proteins toxin crosses by, Binds With Receptor Inhibited by Non-depolarizing Blocker, Succinylcholine Dose and Volume for 150lb Patient Guideline 1 to 1.5 mg/kg, Succinylcholine Dose and Volume for 150lb Patient Strength Range 68.2mg to 102.3mg, Acetylcholine is Released Into Synaptic Gap Botulism Toxin Inhibits, which increases the release of acetylcholine resulting in