Article: How multiple conductances determine electrophysiological properties in a multicompartment model.

Table 4.

Polynomial fits to model properties

Property	RMSE for constant fit^a	Number of coefficients^b	Test RMSE^c	Test R^{2^d}
Input conductance (nS)	8.69	112	2.88	0.89
Resting membrane potential (mV)	2.12	107	0.48	0.94
Resting spike rate (Hz)	3.44	135	0.82	0.95
Phase of burst onset (%)	3.20	158	1.85	0.70
Phase of burst offset (%)	2.64	30	1.95	0.43
Spike rate in burst (spikes/cycle)	3.40	140	0.92	0.93
Slow-wave amplitude (mV)	3.54	151	0.65	0.96
Peak slow-wave potential (mV)	2.51	122	0.54	0.95

↵^aThe root mean-squared error (RMSE) for the constant that best fits the model property. This is also equal to the square root of the variance of that property, calculated over all 1304 LP models.
↵^bThe number of polynomial terms used in the best fit, as determined using cross-validation (see Materials and Methods).
↵^cThe RMSE for the final polynomial fit, as evaluated on the test set.
↵^dThe, R² for the final polynomial fit, as evaluated on the test set.

Inferred neuron-electrophysiology data values

Neuron Type	Neuron Description	Ephys Prop	Extracted Value	Standardized Value	Content Source