https://staging.physiomeproject.org/w/hnielsen/dupont_berridge_goldbeter_1990 en-us Oscillations in cytosolic Ca2+ develop in a variety of cells after an induction phase, called latency, the duration of which depends on the magnitude of external stimulation. Experiments in hepatocytes indicate that the period and latency of Ca2+ oscillations both decrease as the level of the stimulus increases. We analyze the correlation between period and latency in a model recently proposed for signal-induced Ca2+ oscillations. We show that the linear relationship between period and latency observed in the experiments arises naturally in this model as a result of the mechanism of Ca2(+)-induced Ca2+ release on which it is based. https://staging.physiomeproject.org/w/hnielsen/dupont_berridge_goldbeter_1990/@@file/952472a1884125c2586dc7fcf48c09225f937599 Removing extra file Hanne Nielsen 2011-09-05 https://staging.physiomeproject.org/w/hnielsen/dupont_berridge_goldbeter_1990/@@file/fe733eaa635c05bcf4ac262231a8314bd932f56c Added RDF tags to CellML file and changed name of file so it is in line with names of sessionfile Hanne Nielsen 2011-09-05 https://staging.physiomeproject.org/w/hnielsen/dupont_berridge_goldbeter_1990/@@file/ea41319bee6a30c5132a9293d4e0024e3785074a Added Cell ML file and session fil Mohammad Amin Adibi 2011-09-01 https://staging.physiomeproject.org/w/hnielsen/dupont_berridge_goldbeter_1990/@@file/ef2dab67f187b5b65134ed9aaa8b8540106249e3 Added xul Hanne Nielsen 2011-09-01 https://staging.physiomeproject.org/w/hnielsen/dupont_berridge_goldbeter_1990/@@file/33efcd43460f038c5a58024568f64d632df98013 Added HTML file Hanne Nielsen 2011-08-30 https://staging.physiomeproject.org/w/hnielsen/dupont_berridge_goldbeter_1990/@@file/002d662b637c09fd274528041d17f25a147b4282 Added images in ai svg and png format Hanne Nielsen 2011-08-30