In addition to the EPSPs and IPSPs

In addition to the EPSPs and IPSPs described previously, slow EPSPs and IPSPs have been described in autonomic ganglia, cardiac and smooth muscle, and cortical neurons. ese postsynaptic potentials have a latency of 100–500 ms and last sev- eral seconds. e slow EPSPs are generally due to decreases in K+ conductance, and the slow IPSPs are due to increases in K+ conductance.

Results (Indonesian) 1:

Selain EPSPs dan IPSPs yang dijelaskan sebelumnya, lambat EPSPs dan IPSPs telah dijelaskan dalam ganglia otonom, jantung, otot polos, dan neuron kortikal. ESE sinaps memiliki latency ms 100-500 dan terakhir sev - memeriksa detik. e EPSPs lambat umumnya karena penurunan K + aliran, dan IPSPs lambat karena peningkatan K + aliran.

Results (Indonesian) 2:

Selain EPSPs dan IPSPs dijelaskan sebelumnya, EPSPs lambat dan IPSPs telah dijelaskan dalam ganglia otonom, otot jantung dan halus, dan neuron kortikal. potensi postsynaptic ese memiliki latensi dari 100-500 ms dan detik beberapa wakil lalu. e EPSPs lambat umumnya disebabkan penurunan K + konduktansi, dan IPSPs lambat adalah karena peningkatan K + konduktansi.