Defending the Fort

Acetylcholine Neurocycle

“…One stream is the product stream with compositions h 2 , s 1 (2) , s 2(2) , and s 3 (2) (which are also the concentrations in compartment 2 because of the perfect mixing assumption). One stream is the product stream with compositions h 2 , s 1 (2) , s 2(2) , and s 3 (2) (which are also the concentrations in compartment 2 because of the perfect mixing assumption).…”

“…. [5] Table 1 Interpretation (1) hydrogen protons (ions), compartment 1 y 2 h (2) hydrogen protons (ions), compartment 2 y 3 s 1(1) acetylcholine, compartment 1 y 4 s 1 (2) acetylcholine, compartment 2 y 5 s 2(1) choline, compartment 1 y 6 s 2 (2) choline, compartment 2 y 7 s 3(1) acetate, compartment 1 y 8 s 3 (2) acetate, compartment 2 t t time , y 8 , and independent variable t of eqs.…”

“…(6.1) are given by r 1 = c 5 y 7 y 5 c 1 c 2 (1 + y 1 + δy 2 1 )/y 1 + c 4 y 7 + c 2 y 5 + c 3 y 5 y 7 (6.2a) r 2 = y 4 y 4 + (1 + y 2 + δy 2 2 )/y 2 + αy 2 4 (6.2b) (6.1) are given by r 1 = c 5 y 7 y 5 c 1 c 2 (1 + y 1 + δy 2 1 )/y 1 + c 4 y 7 + c 2 y 5 + c 3 y 5 y 7 (6.2a) r 2 = y 4 y 4 + (1 + y 2 + δy 2 2 )/y 2 + αy 2 4 (6.2b)…”

“…Note the specification of a 4 × 2 (four rows and two columns) array of plots, par(mfrow=c (4,2) to y 8 ). Therefore, the plotting is repeated next without so much graphical output in one place.…”

“…# # Analysis of dy1/dt to dy8/dt # # Write heading for dy1/dt to dy8/dt cat(sprintf("\n ncase = %2d\n\n",ncase)); cat(sprintf(" t dy/dt [1] dy/dt [2] dy/dt [3] dy/dt [4]")); cat(sprintf(" dy/dt [5] dy/dt [6] dy/dt [7] dy/dt [8]")); If a composite matrix of 4 rows × 2 columns of plots is to be produced, par(mfrow=c(4,2)) is used.…”