Note from the ModelDB Administrator:

the below is a copy of the web page http://timecourse.nm.ru on February 12th, 2009. The paper also mentions that the "Simulations were performed with custom-written codes using Free Pascal Compiler (www.freepascal.org)."

Some supplementary data for paper

MODELING OF QUANTAL NEUROTRANSMITTER RELEASE KINETICS IN THE PRESENCE OF FIXED AND MOBILE CALCIUM BUFFERS
Iskander R. Gilmanov1, Dmitry V. Samigullin1, Frantisek Vyskocil2, Eugeny E. Nikolsky1,3 Ellya A. Bukharaeva1,3

Source: tcr10.pas
Compiled executable: tcr10.exe
Example of file with settnigs: tcr10.ini

Settings for figure 3:

tcr10.ini for case with Ca flux 0.3 pA without buffers
resulting tcr10.tcr of case with Ca flux 0.9 pA without buffers

tcr10.ini for case with Ca flux 0.9 pA without buffers
resulting tcr10.tcr of case with Ca flux 0.9 pA without buffers

Settings for figure 4:

tcr10.ini for case with Ca flux 0.3 pA without buffers
resulting tcr10.tcr of case with Ca flux 0.9 pA without buffers

tcr10.ini for case with Ca flux 0.3 pA with mobile buffer only
resulting tcr10.tcr of case with Ca flux 0.3 pA with mobile buffer only

Settings for figure 5:

tcr10.ini for case with Ca flux 0.3 pA with mobile buffer only
resulting tcr10.tcr of case with Ca flux 0.3 pA with mobile buffer only

tcr10.ini for case with Ca flux 0.9 pA with mobile buffer only
resulting tcr10.tcr of case with Ca flux 0.9 pA with mobile buffer only

Settings for figure 6:

tcr10.ini for case with Ca flux 0.3 pA with fixed buffer only
resulting tcr10.tcr of case with Ca flux 0.3 pA with fixed buffer only

tcr10.ini for case with Ca flux 0.9 pA with fixed buffer only
resulting tcr10.tcr of case with Ca flux 0.9 pA with fixed buffer only

Settings for figure 7: